Customer - TRUMPF Werkzeugmaschinen

Transcription

TruServices
Customer
Training
Course Catalog
Machine Tools / Power Tools
Laser Technology / Electronics
Medical Technology
The
knowledge
advantage.
Contents:
Page 4
TruLaser
Page 14
TruMatic
Page 24
TruPunch
Page 34
TruBend Series 3000
Page 40
TruBend Serie 5000 / 7000
TruBend Cell 5000
There is one factor that is becoming increasingly important in
Experienced instructors bring your employees up-to-date with
day-to-day competition: highly-qualified and motivated
advances in technology. With the modern equipment in our
Contact
employees. Training at TRUMPF contributes significantly to the
new Ditzingen Training Center and the perfect combination of
TRUMPF Training Center Ditzingen
advancement and motivation of your staff. It provides them
theory and hands-on exercises at the machine, learning is fun.
Schuckertstrasse 16
with in-depth knowledge of our products. In addition to this,
The most modern methods help us to address the individual
71254 Ditzingen
our machine and programming courses foster an understand-
needs of our customers. Beginners and experienced users alike
Germany
ing of the interactions as well as independent, solution-
acquire knowledge that quickly pays off. You cannot really
oriented thinking.
Page 48
TruBend Cell 7000
Page 54
TruLaser Tube
Page 60
TruLaser Cell
know how good a TRUMPF machine is until you are familiar
Phone
+49(0)7156 303-30500
Page 70
TruLaser Robot
with its functions and capabilities.
Fax
+49(0)7156 303-930710
E-Mail
[email protected]
Page 78
TruMark
You can check our latest schedules and course availability on
Page 80
Supplementary Courses
Page 88
Consulting / Seminars
our website where you can also sign up for the courses.
2
www.mytrumpf.com/training/en
3
3D Tube Design
Application
Consulting
2 / 4 days
3 days
TruTops Laser
Automation
2D Laser Processing:
TruTops Laser
Update
2 days
Basic Course
1.5 days
TruTops
Drawing and Nesting
TruTops Laser
Technology
TruTops Laser
Pro
2.5 days
3 days
2 days
TruLaser
TruLaser
TruTops Tube
Technology
Programming Courses
expertise
Machine installation and start-up
100%
Machine purchase
80%
40%
25%
60%
Operator Course
100%
> 3 months
65%
Technology Course
Laser Cutting
2.5 / 3 days
Operator Course
RotoLas
Advanced
Maintenance Course
2 days
5 days
Shop Floor
Programming
Maintenance and
Service Courses
5.5 days
10 days
Machine Courses
Core Machine Courses
expertise
80%
Instruction
on-site
3 / 5 days
Core Programming Courses
time t
Optional Courses
Maintenance Course
2.5 / 3 / 4 days
Maintenance Course
Laser
Application
Consulting
Application Consulting
TruLaser machines stand for decades of experience and
To help you tap into the full potential of your machine, we
Machine Types
The above diagram shows the sequence in which the courses should be taken, the
pioneering innovations in laser cutting. The outstanding
have put together a multi-faceted training program. In the
TruLaser 1030
level of knowledge you will attain and the length of each course. Course modules
feature of our machines is that they work on the principle of
various course modules, you learn not only the basics, but
TruLaser 1030 fiber
highlighted in blue provide programming knowledge. Courses highlighted in green
"flying optics". Thanks to this technology, you not only
also acquire in-depth knowledge of special applications that
achieve high machining speeds and accuracy but also make
are tailored to our products. This ensures that you get
TruLaser 2025 | 2030
you will find optional courses that expand your knowledge in special fields. Training
the best possible use of your material.
maximum use out of your machine.
TruLaser 2525
schedules and course descriptions are listed on the following pages.
help unlock your machine's potential and keep it in top form. In the darker boxes,
TruLaser 3030 | 3040 | 3060
TruLaser 3030 (L20) | 3040 (L32)
TruLaser 3030 fiber
TruLaser 3530
TruLaser 5030 | 5040 (L18) |
5060 (L19)
TruLaser 5030 classic | 5040 | 5060
TruLaser 5030 fiber | 5040 fiber
Basic Course
Operator
TruTops Drawing and Nesting
Technology Laser Cutting
TruLaser 7025 | 7040
TruTops Laser Technology
Maintenance
TruLaser 7025 fiber | 7040 fiber
TruTops Laser Pro
TruLaser 8000
4
5
Basic Course
TruLaser Machine Courses
TruTops
Drawing and Nesting
2D Laser Machine
Prerequisites
PC knowledge
Prerequisites
PC knowledge
Subjects
Design and functionality of a laser machine | laser cutting variants (laser cutting,
marking, dot marking etc.) | processing
strategies for different materials and sheet
thicknesses | optimization of laser processing
Subjects
Modular software structure | introduction to
operating systems | drawing of workpiece
geometries | reading in and preparing DXF,
IGES and MI drawings | creating mini-nests
(MiniNest) | manual and job-related nesting
of parts geometries on sheets
Objectives
You will acquire basic technological
knowledge necessary for TruTops Laser
programming. This training course provides
the basic knowledge required for the
participation in the "TruTops Laser Technology" training course.
Objectives
You will be able to draw part geometries,
import external-format drawings in TruTops
and to create a sheet layout. This training
course provides the basic knowledge
required for the participation in the
"TruTops Laser Technology" training
course.
Duration of Training Course
1.5 days
TruLaser
TruLaser
TruLaser Programming Courses
2.5 days
Prerequisites
Participation in the basic training course
for your machine
(or: comprehensive experience in operating
the respective machine)
Participation in a "Drawing and Nesting"
TruTops training course
Subjects
Programming laser processes (single part,
blank, sheet metal and slitting cut) |
optimizing processing | creating NC
programs | maintenance and adaptation of the data base
Objectives
You will be able to determine processing
strategies and create practical programs.
In the case of available automation
components, participation in a "TruTops
Laser Automation" training course is
required.
Operator Course
Operator Course RotoLas
2D Laser Machine
2D Laser Machiner
Prerequisites
Technically-oriented vocational training
Subjects
Machine discussion | structure and machine
components | structure and adjustment of
laser cutting head or cutting unit | training
the user interface, operating elements
and operating sequences with exercises |
presentation of the diagnostics system |
program management | machine options |
semi- and fully automated production with
an automation component of different
LiftMaster versions
Objectives
You will be able to reliably handle the
machine’s operating elements and to
prepare, initiate and influence the
production process.
Technology Course
Laser Cutting
2D Laser Machine
Prerequisites
Participation in an operator’s training
course for a TRUMPF 2D laser machine
Prerequisites
Participation in an operator’s training course
for a TRUMPF 2D laser machine
Subjects
Design and function of the tube cutting
system | explanation and use of operating
elements | set-up jobs | operational sequences for the tube cutting system | run
programs | influence cutting quality,
different clamping techniques | processing
with tube bearing
Subjects
Comprehensive safety instructions | cuttingspecific laser basics | getting familiar with
the variables influencing the laser cut |
process, machine, laser and workpiece
parameters | laser power control | cutting
of special materials | assessing cut quality
Objectives
You will be able to prepare the tube
cutting system for processing, to operate it
and to process programs.
2 days
Objectives
You will be able to improve your cut quality
as well as to establish piercing and cutting
parameters for special material.
2.5 / 3 days
3 / 5 days
3 days
TruTops Laser Automation
for SortMaster
Prerequisites
Participation in the training course “TruTops
Laser Technology”
Subjects
Machine components and technical data
of automation components | loading
and unloading strategies | program automation components | interpretation of NC
programs
Objectives
You will be able to program automated
procedures for the SortMaster.
2 days
TruTops Laser Pro
Prerequisites
Participation in the training course
"TruTops Laser Technology" and TruTops
Laser programming experience (at least
6 months)
Subjects
Adopt external data | cutting up scrap |
preparation of geometries | use of fixtures |
form GMT (geometry with technology) and
nesting | create and use customer cycles |
manipulate NC texts | create technology
tables and rules | your questions
Objectives
You will be able to use TruTops functions
more efficiently, to increase process
reliability on the machine as well as to
reduce part cycle times.
2 days
6
TruTops Tube Technology
for RotoLas
2D Laser Machine
Prerequisites
Participation in the TruTops training courses
"Drawing and Nesting" and " TruTops Laser
Technology"
Subjects
Technology of tube cutting | modular
software structure | programming round
and/or rectangular tubes and free profiles |
drawing developed contours or developed
as DXF, IGES and MI on the tube | programming and optimizing the processing |
creating NC programs
Objectives
You will be able to create cutting geometries for tube processing and to create
practical NC programs.
3 days
7
TruLaser
TruLaser
TruLaser Machine Courses
Maintenance Course
Advanced Maintenance Course
2D Laser Machine
TruLaser 3030 / 3040 / 3060 / 3530
Prerequisites
Particular topics of maintenance / service
require a qualification as verified electrical
engineer
Subjects
Studying system components | detailed
safety instructions | beam guidance |
setting jobs and handling of cutting head
and/or unit | diagnostics with the control |
structure of the dust extraction system |
explaining maintenance procedures for the
machine and laser unit | machine options |
pneumatic, gas, hydraulic, cooling water,
lubrication diagrams and schematics |
Options (DetectLine, nozzle changer,
LiftMaster, RotoLas) maintenance
according to maintenance check lists
Objectives
You will be able to maintain the machine
according to the given intervals.
2.5 / 3 / 4 days
Advanced Maintenance Course
TruLaser 5030 / 5040 / 5040 (L18) /
5060 (L19)
Machine Types
TruLaser 3030 / 3040 / 3060 / 3530,
not for TruLaser 3030 (L20) / 3030 fiber /
3040 (32)
Machine Types
TruLaser 5030 / 5040 / 5040 (L18) /
5060 (L19), not for TruLaser 5030 classic /
5030 fiber / 5040 fiber / 5060
Machine Types
TruLaser 5030 / 5040 / 5040 (L18) / 5060
(L19), not for TruLaser 5030 classic / 5030
fiber / 5040 fiber / 5060
Prerequisites
Participation in a maintenance training
Prerequisites
Participation in a maintenance training
Prerequisites
Particular topics of maintenance require
a electrotechnical training
Particular topics of maintenance require a
electrotechnical training
Subjects
Advanced training for maintenance
engineers | control cabinet and wiring
diagram training with various troubleshooting activities | electrical and mechanical repair jobs | electrical and mechanical
adjustment jobs | check and basic setting
of external beam path optics | leak test in
gas and water circuit of machine and laser
Subjects
Advanced training for maintenance
engineers | control cabinet and wiring
diagram training with various troubleshooting activities | evaluation of safety
monitors | electrical and mechanical repair
jobs | electrical and mechanical adjustment jobs | check and basic setting of
external beam path optics | check backlash
and the gantry offset on the machine | leak
test in gas and water circuit of machine and
laser
Objectives
You will be able to independently perform simple servicing and/or repair jobs
electrically or mechanically on the
machine.
5 days
Objectives
You will be able to carry out simple
electrical and mechanical service or repair
works at the machine.
5 days
8
Maintenance and Service Course
TruLaser 5030 / 5040 / 5040 (L18) /
5060 (L19)
Particular topics of maintenance requiring
electrotechnical as well as mechanical
training
Subjects
Condensed version of machine and laser
unit maintenance and servicing
Subjects corresponding to the following
trainings:
Maintenance Course Machine
Advanced Maintenance Course Machine
Maintenance Course Part 1 TruFlow
Maintenance Course Modular Switch
Cabinet
Objectives
You will be able to maintaine the machine
and laser according to the given intervals
as well as perform basic electrical and
mechanical service and repair work on the
machine and laser on your own.
10 days
9
TruLaser
TruLaser
TruLaser
Programming Courses
Control
Duration
SIN 840 D
1.5 days
Basic Courses
TruLaser Series 1000 / 2000 / 3000 / 5000 / 7000 / 8000
TRUMATIC L 2510 - L 6050 / HSL 2502 C / HSL 4002 C
TruTops Programming Courses
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2.5 days
3 days
TruTops Laser Automation for SortMaster
2 days
TruTops Laser Pro
2 days
TruLaser Update
1 - 3 days
TruTops Tube Technology for RotoLas
3 days
3D Tube Design
4 days
for detailed course information see chapter 'Tube Processing'
3D Tube Design for Experienced 3D Designers
2 days
TruTops Fab
3 - 8 days
for detailed course information see chapter 'Supplementary Courses'
TruTops Calculate
1 day
TruTops Unfold
1 day
Variants
3 days
after the introduction of relevant software updates
Supplementary Programming Courses
10
11
TruLaser
TruLaser
TruLaser
Machine Courses
Control
Duration
B&R
3 days
SIN 840 D
5 days
SIN 840 D sl
5 days
SIN 840 D sl
5 days
SIN 840 D
5 days
SIN 840 D
5 days
SIN 840 D
2 days
SIN 840 D sl
2 days
Operator Courses
TruLaser Series 1000
NEW
TruLaser Series 2000 and TruLaser 3030 / 3040 / 3060 / 3530 / 5030 classic /
5040 / 5060
TRUMATIC L 2510 / L 2530 - L 6030 / L 3040
TruLaser 3030 (L20) / 3040 (L32)
NEW
TruLaser 3030 fiber / 5030 fiber / 5040 fiber
TruLaser 5030 / 5040 (L18) / 5060 (L19)
TRUMATIC L 3050 / L 4050 / L 6050
NEW
TruLaser Series 7000 / 8000
TRUMATIC HSL 2502 C / HSL 4002 C
NEW
RotoLas for TruLaser Series 3000 / 5000
RotoLas for TRUMATIC L 3030 - L 6030
RotoLas for TruLaser 3030 (L20) / 3040 (L32)
NEW
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Workshop-oriented Programming Courses
Advanced Shop Floor Programming for TruLaser 3030 (L20) / 3030 fiber /
3040 (L32) / 5030 fiber / 5040 fiber
SIN 840 D sl
equivalent to course modules 'TruTops Drawing and Nesting' and 'TruTops Laser Technology' (see pages 10 - 11)
Technology Courses Laser Cutting
NEW
TruLaser Series 2000 and TruLaser 3030 / 3040 / 3060 / 3530 / 5030 classic /
5040 / 5060
TRUMATIC L 2510 - L 6050
TruLaser 3030 (L20) / 3040 (L32)
TruLaser 5030 / 5040 (L18) / 5060 (L19)
NEW
Maintenance Courses
TruLaser 1030 fiber
TruLaser 3030 / 3040 / 3060 / 3530
TRUMATIC L 3020 / L 3030 - L 6030 with RotoLas / L 3040
3 days
SIN 840 D sl
3 days
SIN 840 D / D sl
3 days
SIN 840 D sl
2.5 days
B&R
3 days
B&R
3 days
SIN 840 D
3 days
SIN 840 D
4 days
NEW
TruLaser 1030
TruLaser Series 2000
TRUMATIC L 2510 / L 2530
B&R | SIN 840 D
NEW
NEW
TruLaser 3030 (L20) / 3040 (L32)
SIN 840 D sl
4 days
SIN 840 D sl
2.5 days
SIN 840 D
4 days
SIN 840 D
4 days
TruLaser 5030 classic / 5030 / 5040 / 5040 (L18) / 5060 / 5060 (L19)
TRUMATIC L 3050 / L 4050 / L 6050
NEW
TruLaser Series 7000 / 8000
TRUMATIC HSL 2502 C / HSL 4002 C
Maintenance Courses
Advanced Maintenance TruLaser 3030 / 3040 / 3060 / 3530
NEW
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SIN 840 D
5 days
NEW
Advanced Maintenance TruLaser 5030 / 5040 / 5040 (L18) / 5060 (L19) NEW
SIN 840 D
5 days
TruFlow Laser Part 1 - 3
TLF Laser Part 1 - 3
TASC 3 / 4
each 5 days
Modular Switch Cabinet (only for TruLaser 2025 / 2030 / 3030 (L20) / 3040 (L32) /
5030 classic / 5030 fiber / 5030 / 5040 / 5040 (L18) / 5060 (L19))
Modular Switch Cabinet (only for TRUMATIC L 2510, L 3050 and L 4050)
Bosch PNC |
SIN 840 D |
TASC 3 / 4
2 days
Modular Switch Cabinet TruLaser 3030 (L20) / 3030 fiber / 3040 (L32) /
5030 fiber / 5040 fiber
SIN 840 D sl
2 days
SIN 840 D
10 days
Control
Duration
TruLaser 5030 / 5040 / 5040 (L18) / 5060 (L19)
Consulting
Application Consulting / Production assistance
12
NEW
According to
demand
for detailed course information see chapter 'Consulting / Seminars'
13
Programming Courses
Application
Consulting
TruTops Punch
Automation
TruTops Punch
Update
2 days
Basic Course
2.5 days
TruTops
Drawing and Nesting
TruTops Punch
Technology
TruTops Punch
Pro
2.5 days
7 days
2 days
expertise
TruMatic
100%
Machine purchase
80%
40%
25%
60%
Basic
Operator Course
Operator Course
2 days
time t
80%
65%
Instruction
on-site
4 days
100%
> 3 months
Technology Course
Punching
Technology Course
Laser Cutting
Maintenance
Course
2.5 days
2.5 days
3 / 4 days
Maintenance
Course
Laser
Maintenance
Course
SheetMaster
Operator Course
SheetMaster
1 day
Application
Consulting
Machine Courses
0,5 / 1 day
Optional Courses
The combination machines from TRUMPF unite punching
Whether it is the operation, maintenance or software systems
Machine Types
and laser technology in one machine giving you the ad-
of your TruMatic machine – our wide range of courses offers
TruMatic 3000
vantages of both processing methods. The punching head
every user the best training for achieving maximum machine
TruMatic 3000 fiber
produces standard contours and forms while complex
operation efficiency. See for yourself.
TruMatic 6000
contours are cut with the laser. In addition to this, all combi-
TruMatic 6000 (K05)
nation machines can be fully automated.
TruMatic 7000
TRUMATIC 600 L
Basic Course
Basic Operator
Operator
TruTops Punch Technology
Technology Punching
TruTops Punch Pro
Technology Laser Cutting
Maintenance
14
15
TruMatic
Combination Punching /
Laser Processing:
TruMatic
Basic Course
Combination Machine
TruMatic Machine Courses
TruTops
Drawing and Nesting
Combination Machine
Prerequisites
PC knowledge
Prerequisites
PC knowledge
Subjects
Machine components (without automation
components) | technical data | tool systems |
structure of a complete file | technology
data | tool change | slitting strategies on
the blank | repositioning | eject parts |
machine options (tapping, engraving, "softpunch" etc.) | basic laser technology | define
laser machining | laser technology tables |
laser operating modes | basic cutting technology | cutting and piercing parameters
Subjects
Modular structure of software | introduction in operating the system | drawing
workpiece geometries | reading in and
preparing DXF, IGES and MI drawings |
creating mini-nests (MiniNest) | job-related
nesting of parts geometries on sheets
Objectives
You will acquire basic technological
knowledge necessary for TruTops Punch
programming.
2.5 days
Objectives
You will be able to draw parts geometries,
course provides the basic knowledge required for the participation in the "TruTops
Punch Technology" training course.
2.5 days
Basic Operator Course
Operator Course
Operator Course SheetMaster
Combination Machine
Combination Machine
Combination Machine
TruMatic 7000
Prerequisites
Participation in the basic training course for
your machine
Participation in a TruTops training course
"Drawing and Nesting"
Subjects
System adaptation for your machine | working with the TruTops data base | different
ways to the production goal | programming punching, nibbling, laser and forming
processing processes | sheet layout strategies | blank processing | repositioning | optimize processing | creating NC programs |
machine options
Objectives
processes and create practical NC programs.
In case of additionally available automation
components it is necessary to participate in
a training course "TruTops Punch Automation".
Prerequisites
Technical understanding or technicallyoriented vocational training
Subjects
Machine design | technical information
punching, nibbling and forming | tooling
design | tool types and tool maintenance |
tool selection criteria | active die
Objectives
You will acquire basic knowledge for the
operator course TruMatic and/or TruPunch.
2 days
Prerequisites
Participation in the basic operator course
for a punching or combination machine
(or: experience with TRUMPF punching
tools)
Subjects
Machine presentation | structure and
machine components | allocate and load
tools | adjustment and handling of laser
cutting head | training the user interface,
operating elements and operating
sequences with exercises | presentation of
the diagnostics system and online help |
manage programs | machine options
Objectives
You will be able to operate the machine’s
operating elements and to prepare, initiate
and influence the production process.
Prerequisites
Participation in the "Operator Course
TruMatic 7000"
(or: experience operating the TruMatic 7000)
Subjects
Structure and components of SheetMaster |
manual operation | job table, clearing
SheetMaster failures | entering an interrupted NC program with SheetMaster
Objectives
You will be able to handle the operational
elements and to prepare, initiate and influence the production process.
1 day
4 days
7 days
TruTops Punch Automation
TruTops Punch Pro
Combination Machine
Combination Machine
Prerequisites
Participation in the training course "TruTops
Punch Technology"
Subjects
Machine components and technical data of
automation components | system adaptation | loading and unloading strategies |
create case-oriented NC programs
Objectives
You will be able to program automation
sequences.
2 days
Prerequisites
"TruTops Punch Technology" and TruTops
Punch programming experience (at least
6 months)
Subjects
Loading other data formats | preparation
of geometries | tool data import | contour
mode | programming project | auto-run |
production plan | rules for removal | forming
tools | processing samples | customize and
create new technology tables and rules for
combined machines | accurate contours |
your questions
Objectives
You will be able to use the TruTops functions more effectively, to increase the
process reliability of the machine and to
reduce processing times of parts.
2 days
16
17
TruMatic
TruMatic Programming Courses
Technology Course Punching
Technology Course Laser Cutting
Maintenance Course
Combination Machine
Combination Machine
TruMatic Series 3000 / 6000 / 7000
Prerequisites
Participation in the operator's training
course for punching or combination
machine | Experience in operating and
tooling a punching or combined machine
(at least for 3 - 6 months)
Subjects
Basics of punching process | framework
conditions on the machine | lubrication |
coatings | causes for burr and scratch formation | avoidance of corrugated sheet |
punching with high precision | one- sided
trimming | working with forming tools |
causes for collisions | tool care | forming
tools of size 5 | calibration tool
Objectives
You will acquire in-depth knowledge on the
application possibilities of the production
procedures punching, nibbling and forming
as well as on the ideal use of punching,
forming and special tools.
2.5 days
Prerequisites
Participation in the operator’s training
course for combination machine
Subjects
Safety tips for working with the laser |
cutting-specific laser basics | variables
influencing laser cutting | practical process
parameter elaboration | influence of process
parameters on the laser cut | laser power
control | cutting a variety of materials | assessing cut quality
Objectives
You will be able to establish and optimize
cutting and piercing parameters.
2.5 days
TruMatic
TruMatic
TruMatic Machine Courses
Prerequisites
engineer
Subjects
Machine structure | technical data | cutting
head, laser presser foot, laser sub-unit |
laser beam guidance, chiller, exhaust
system | hydraulic punching head with electro-hydraulic linear amplifier | die adapter
with die base and exhaust system |
pneumatic and hydraulic plans and
schematics | tool lubrication | overview of
controls used | cleaning, care and lubrication of machine according to maintenance
overview (check list)
Objectives
according to the given maintenance
intervals.
3 / 4 days
Maintenance Course SheetMaster
TruMatic 6000 (K05) / 7000
Prerequisites
Participation in the "Maintenance Course
TruMatic 6000 (K05) / 7000"
Subjects
SheetMaster maintenance according to
maintenance check list
Objectives
You will be able to maintain the
SheetMaster according to the given maintenance intervals.
0.5 / 1 day
18
19
TruMatic
Programming Courses
Control
Duration
Bosch PNC / MTX |
SIN 840 D
2.5 days
TruMatic
TruMatic Series 3000 / 6000 / 7000 und TRUMATIC 600 L
TRUMATIC 600 L / 3000 L / 6000 L
TruMatic
Basic Courses
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2.5 days
TruTops Punch Technology for TruMatic Series 3000 / 6000 / 7000 and TRUMATIC
600 L
7 days
TruTops Punch Automation for TruMatic Series 3000 / 6000 / 7000 and
TRUMATIC 600 L
2 days
TruTops Punch Pro for TruMatic Series 3000 / 6000 / 7000 and TRUMATIC 600 L
2 days
TruTops Punch Update
1 - 3 days
TruTops Fab
3 - 8 days
TruTops Calculate
1 day
TruTops Unfold
1 day
Variants
3 days
20
21
TruMatic
Machine Courses
Control
Duration
Basics TruMatic und TruPunch
Bosch PNC / MTX |
SIN 840 D
2 days
TruMatic Series 3000
TRUMATIC 3000 L
Bosch PNC 4 days
TruMatic 6000 and TRUMATIC 600 L
TRUMATIC 600 L / 6000 L
SIN 840 D
4 days
TruMatic 6000 (K05)
NEW
Bosch MTX
4 days
SheetMaster TruMatic 6000 (K05) and TruPunch 3000 (S11)
NEW
Bosch MTX
1 day
TruMatic 7000
Bosch MTX
4 days
SheetMaster TruMatic 7000
Bosch MTX
1 day
Punching
Bosch PNC / MTX |
SIN 840 D
2.5 days
TruMatic Series 3000
TRUMATIC 3000 L
Bosch PNC 2.5 days
TruMatic 6000 and TRUMATIC 600 L
TRUMATIC 600 L / 6000 L
SIN 840 D
2.5 days
Bosch MTX
2.5 days
TruMatic 3000
Bosch PNC
3 days
TruMatic 3000 fiber
Bosch PNC
3 days
TruMatic 6000
TRUMATIC 6000 L
SIN 840 D
4 days
Technology Courses Laser Cutting
TruMatic 6000 (K05) / 7000
NEW
TruMatic
TruMatic
Operator Courses
ailability
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Maintenance Courses
TruMatic 6000 (K05) / 7000
NEW
Bosch MTX
4 days
SheetMaster TruMatic 6000 (K05) / 7000
NEW
Bosch MTX
0.5 days
TASC 3 / 4
each 5 days
Modular Switch Cabinet (only for TruMatic Series 3000 / 7000)
Modular Switch Cabinet (only for TRUMATIC 3000L)
Bosch PNC / MTX |
TASC 3 / 4
2 days
Control
Duration
Maintenance Courses
Consulting
22
According to
demand
23
Programming Courses
Application
Consulting
TruTops Punch
Automation
Punching:
TruTops Punch
Update
1.5 days
Basic Course
2.5 days
TruTops
Drawing and Nesting
TruTops Punch
Technology
TruTops Punch
Pro
2.5 days
6 days
2 days
TruPunch
expertise
100%
40%
25%
60%
Basic
Operator Course
Operator Course
2 days
Machine Courses
time t
expertise
80%
65%
Technology Course
Punching
Instruction
on-site
3.5 / 4 days
100%
> 3 months
Maintenance Course
2.5 / 3.5 days
2.5 days
Operator Course
SheetMaster
Maintenance Course
SheetMaster
1 day
0.5 days
Shop Floor
Programming
Application
Consulting
3 / 5 / 8.5 days
Optional Courses
TruPunch from TRUMPF – a machine that is capable of more!
Do you want to get maximum performance out of
Machine Types
Our innovative punching technology enables complex,
your TruPunch machine? In our training courses,
TruPunch 1000
three-dimensional sheet metal processing with the goal of
experienced instructors will teach you everything you
TruPunch 2020
complete processing on a single machine. Not only that,
need to know for perfect operation, programming
TruPunch 3000
but all TRUMPF tools can be rotated, offering enormous
and maintenance of your TruPunch.
TruPunch 3000 (S11)
TruPunch 5000
flexibility and productivity in processing. And, to top it off,
various components are available for convert our punch
presses into fully automated systems.
TRUMATIC 200 R
TRUMATIC 500 R
TRUMATIC 2000 R
24
Basic Course
Basic Operator
Operator
Technology Punching
TruTops Punch Pro
Maintenance
25
TruPunch
Machine purchase
80%
Basic Course
TruPunch
Punching Machine
TruPunch Machine Courses
TruTops
Drawing and Nesting
Punching Machine
Prerequisites
PC knowledge
Prerequisites
PC knowledge
Subjects
Machine components | technical data | tool
system | basic NC programming | tech
tables | work positions | tool change | machining cycles | blank (slitting technology,
skeleton-free processing, execution possibilities) | repositioning | part ejection | nonroutine technology | machine options |
forming
Subjects
Modular structure of software | introduction to operating the system | drawing
workpiece geometries | reading in and
preparing DXF, IGES and MI files | creating
(MiniNest) | manual and job-related nesting of part geometries on sheets
Objectives
You will acquire basic technical knowledge
necessary for TruTops Punch programming.
2.5 days
Objectives
You will be able to draw part geometries,
course provides you with the necessary basic knowledge to participate in a “TruTops
Punch Technology” course.
2.5 days
Operator Course
Operator Course SheetMaster
Punching Machine
Punching Machine
Punching Machine
TruPunch 3000 / 5000
Prerequisites
for your machine
“Drawing and Nesting”
Subjects
System adaptation for your machine | working with the TruTops data base | different
ways to the production goal | programming punching, nibbling and forming processes | sheet layout strategies | skeletonfree processing | blank processing | repositioning | process optimization | creating NC
programs | machine options
Prerequisites
Prerequisites
Technical understanding or technicallyoriented vocational training
Subjects
Machine design | technical information
punching, nibbling and forming | tooling
design | tool types and tool maintenance |
tool selection criteria | active die
Objectives
operator course TruMatic and/or TruPunch.
2 days
Objectives
You will be able to determine processes
and create practical NC programs. For
automation components, participation in
the "TruTops Punch Automation" training
course is required.
Prerequisites
Participation in the basic operator course
for a punching or combination machine
(or: experience with TRUMPF punching
tools)
Prerequisites
TruPunch 2020 / 3000 / 5000"
(or: TruPunch 3000 / 5000 operation
experience)
Subjects
Presentation of machine | structure and
components of machine | adjust and load
tools | training the user interface, operational elements and processes along with
exercises | presentation of the diagnostics
system and online help | program management | machine options
Subjects
Structure and components of SheetMaster |
manual operating | job table, clearing
SheetMaster failures | entering an interrupted NC program with SheetMaster
Objectives
You will be able to handle the machine’s
Objectives
You will be able to reliably handle the operational elements and to prepare, initiate
1 day
3.5 / 4 days
6 days
TruTops Punch Automation
TruTops Punch Pro
Easy Programming
TruTops Punch Basic Drawing
TruTops Punch Basic Technology
Punching Machine
Punching Machine
TruPunch 1000
TruPunch 1000 / 5000 (S10)
TruPunch 1000 / 5000 (S10)
Prerequisites
Participation in the training course "TruTops
Punch Technology"
Subjects
Machine components and technical data of
automation components | system adaptation | loading and unloading strategies |
program automation components | creating
case-oriented NC programs
Objectives
sequences.
1.5 days
Prerequisites
"TruTops Punch Technology" and TruTops
Punch programming experience (at least
6 months)
Prerequisites
for your machine
(or: participation in the operator course
for your machine)
Subjects
Loading other data formats | preparation
of geometries | tool data import | contour
mode | programming project | auto-run |
production plan | rules for removal | forming
tools | processing samples | manipulate NCtexts and tables | your questions
Subjects
Required system adaptations | simply
creating typical punching part geometries
including 90° bending extensions with
relief grooves and unfolding | simply drawing workpiece geometries | sheet layout |
programming punching and nibbling
blank processing | creating NC programs
Objectives
You will be able to use the TruTops functions more effectively, to increase the
process reliability of the machine and to
reduce part processing time.
Objectives
You will be able to draw simple workpieces, select suitable processing strategies
and to generate practical NC programs.
2 days
3 days
Prerequisites
PC knowledge
This training course is intended for the
TruTops Punch Basic software at the programming station and on the machine.
This training course is not required if
TruTops Drawing experience is available
Subjects
how to operate the system | drawing workpiece geometries | reading in and preparing
DXF, IGES and MI drawings
Objectives
You will be able to draw part geometries
and to import external-drawing formats in
TruTops Punch Basic.
1 day
Prerequisites
for your machine
“Drawing”
This training course is intended for the
TruTops Punch Basic software at the programming station and on the machine
Subjects
System adaptation for your machine |
working with the TruTops data base | different ways to the production goal | programming of punching, nibbling and forming |
sheet layout strategies (without nesting) |
blank processing | repositioning | process
optimization | creating NC programs |
machine options
Objectives
and create practical NC programs.
4 days
26
27
TruPunch
TruPunch Programming Courses
Technology Course Punching
Maintenance Course
Punching Machine
TruPunch 1000 / 3000 / 5000
Prerequisites
Participation in the operator's training
course for punching or combination
machine | Experience in operating and
tooling a punching or combined machine
(at least for 3 - 6 months)
Subjects
Basics of punching process | framework
conditions on the machine | lubrication |
coatings | causes for burr and scratch formation | avoidance of corrugated sheet |
punching with high precision | one- sided
trimming | working with forming tools |
causes for collisions | tool care | forming
tools of size 5 | calibration tool
Objectives
You will acquire in-depth knowledge on the
application possibilities of the production
procedures punching, nibbling and forming
as well as on the ideal use of punching,
forming and special tools.
Prerequisites
Subjects
Machine structure | technical data | punching head structure | die adapter | exhaust
system | principle of tool changer | drive
system | hydraulics, pneumatics and electrics | tool lubrication | adjustment jobs |
maintaining machine according to intervals | diagnostics systems
Objectives
intervals.
Maintenance Course
SheetMaster
Prerequisites
TruPunch 3000 / 5000"
Subjects
SheetMaster maintenance according to
maintenance check list
TruPunch
TruPunch
TruPunch Machine Courses
Objectives
You will be able to maintain the SheetMaster according to the given maintenance
intervals.
0.5 days
2.5 / 3.5 days
2.5 days
Maintenance Course
TruPunch 2020 and
TRUMATIC 2000 R
Prerequisites
Subjects
Machine structure | technical data | hydraulic punching head with electro-hydraulic
linear amplifier | die adapter | automatic
tool changer | how to use hydraulic,
pneumatic and circuit diagrams | adjustment jobs | how to use the diagnostics
system | machine maintenance according
to intervals
Objectives
intervals.
2.5 days
28
29
TruPunch
Programming Courses
Control
Duration
TruPunch Series 1000 / 2020 / 3000 / 5000 and TRUMATIC 2000 R
TRUMATIC 2000 R / 2020 R / 3000 R / 5000 R
Bosch PNC / MTX |
SIN 840 D
2.5 days
TRUMATIC 200 R / 500 R
CC 220
2.5 days
Basic Courses
2.5 days
TruTops Punch Technology for TruPunch Series 1000 / 2020 / 3000 / 5000 and
TRUMATIC 2000 R
6 days
TruTops Punch Automation for TruPunch Series 3000 / 5000
1.5 days
TruTops Punch Technology for TRUMATIC 200 R / 500 R
6 days
TruTops Punch Automation for TRUMATIC 500 R
1.5 days
TruTops Punch Pro for TruPunch Series 1000 / 2020 / 3000 / 5000 and
TRUMATIC 2000 R
2 days
TruTops Punch Update
1 - 3 days
TruTops Fab
3 - 8 days
TruTops Calculate
1 day
TruTops Unfold
1 day
Variants
3 days
TruPunch
TruPunch
bility
a
urse avail
les and co
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For the la
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30
31
TruPunch
Machine Courses
Control
Duration
Basics TruMatic and TruPunch
Bosch PNC / MTX |
SIN 840 D
2 days
TruPunch 1000
TRUMATIC 1000 R
Bosch PNC
3.5 days
TruPunch 2020 / 3000 / 5000 and TRUMATIC 2000 R
TRUMATIC 2000 R - 5000 R
Bosch PNC |
SIN 840 D
4 days
SheetMaster TruPunch 3000 / 5000
TRUMATIC 3000 R / 5000 R SheetMaster
SIN 840 D
1 day
TruPunch 3000 (S11)
Bosch MTX
4 days
SheetMaster TruMatic 6000 (K05) and TruPunch 3000 (S11)
Bosch MTX
1 day
Easy Programming for TruPunch 1000
Easy Programming for TRUMATIC 1000 R
Bosch PNC
3 days
TruTops Punch Basic Drawing for TruPunch 1000 / 5000 (S10)
Bosch PNC |
SIN 840 D
1 day
TruTops Punch Basic Technology for TruPunch 1000 / 5000 (S10)
Bosch PNC |
SIN 840 D
4 days
Advanced Shop Floor Programming for TruPunch 1000 / 3000 (S11) /
5000 / 5000 (S10)
Bosch MTX
ailability
course av
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TruPunch
TruPunch
Operator Courses
equivalent to course modules 'TruTops Drawing and Nesting' and 'TruTops Punch Technology for TruPunch' (see pages 30 -31)
Technology Course
Bosch PNC / MTX |
SIN 840 D
2.5 days
TruPunch 1000
TRUMATIC 1000 R
Bosch PNC
2.5 days
TruPunch 2020 and TRUMATIC 2000 R
TRUMATIC 2000 R / 2020 R
Bosch PNC
2.5 days
TruPunch 3000
TRUMATIC 3000 R
Bosch PNC
3.5 days
SheetMaster TruPunch 3000
TRUMATIC 3000 R SheetMaster
Bosch PNC
0.5 days
Punching
Maintenance Course
TruPunch 3000 (S11)
Bosch MTX
2.5 days
SheetMaster TruPunch 3000 (S11)
Bosch MTX
0.5 days
TruPunch 5000
TRUMATIC 5000 R
SIN 840 D
3.5 days
SheetMaster TruPunch 5000
TRUMATIC 5000 R SheetMaster
SIN 840 D
0.5 days
Bosch PNC |
SIN 840 D |
TASC 3 / 4
2 days
Control
Duration
Maintenance Course
Modular Switch Cabinet (only for TruPunch 1000 / 3000)
Modular Switch Cabinet (only for TRUMATIC 3000 R)
Consulting
32
According to
demand
33
Programming Courses
Application
Consulting
TruTops Bend
Update
Bending:
Basic Course
TruBend
Series 3000
1.5 days
TruTops
Drawing
TruTops Bend
Technology
1.5 days
5 days
expertise
40%
25%
60%
Basic Operator
Course
1 day
Operator Course
time t
100%
> 3 months
expertise
65%
Technology Course
Bending
Instruction
on-site
2 days
3 days
Application
Consulting
Machine Courses
With the TruBend Series 3000, you get the best entry-level
machine for bending technology. Equipped with the most
TruBend Series 3000
TruBend
Machine purchase
100%
Optional Courses
Machine Types
3000 is the ideal solution for anyone who places high value
TruBend 3066
on TRUMPF quality and also on a highly attractive price-to-
TruBend 3120
performance ratio.
TruBend 3180
important functions for reliable bending, the TruBend Series
Learn all the basics you need to handle your TruBend Series
3000 with perfection! In our courses, step by step you
will learn everything you need to reach your machine's full
capacity. Interested? Find out more!
34
Basic Course
Basic Operator
TruTops Drawing
Operator
TruTops Bend Technology
Technology Bending
35
Basic Course
TruTops Drawing
TruBend Series 3000 Machine Courses
TruBend
Press Brake
Prerequisites
PC knowledge
Prerequisites
PC knowledge
Subjects
Components/axes of machine | technical
data | tool system | programming parameters | bending procedures (air bending,
coining) | bending technology: procedures,
offset values, framework conditions (minimum side length, component design)
This training course is not required for
those with knowledge of TruTops Drawing
and Nesting
Objectives
necessary for TruTops Bend. You will be
able to interpret program parameters for
bending machines.
1.5 days
Subjects
Modular software structure | introduction
to operating the system | drawing of workpiece geometries | reading in and preparing
Objectives
and to import external-format drawings in
TruTops.
1.5 days
Prerequisites
for your machine
Participation in a TruTops "Drawing" training course
Subjects
Operating the system | maintenance and
optimization of data base (shortening
values, material management, tool data,
machine data) | creation of simple profiles
by the profile editor and their unfolding |
adaptation of unfolding processes to correct
shortening values | input of bending lines
with necessary bending data and bending sequences | creating allocation plan
(checking and modification of determined
tool set-ups) | simulation of the bending
sequence | generating NC programs
Objectives
You will be able to enter the necessary bending data, to select appropriate
processing strategies and to generate
practical NC programs.
TruBend Series 3000 / 5000 / 7000
and TruBend Cell 7000
Prerequisites
PC knowledge and technical understanding
or experience in handling the material sheet
Subjects
Machine design | machine options | technical data | axis system and other functional
units | press beam cycle | bending methods |
tool overview | calculations and criteria for
selecting tools
Objectives
operator course TruBend Series 3000 /
5000 / 7000 and TruBend Cell 7000.
1 day
Operator Course
Technology Course Bending
TruBend Series 3000
TruBend Series 3000 / 5000 / 7000
Prerequisites
Experience in handling a press brake or
participation in the "Basic Operator Course
TruBend Series 3000 / 5000 / 7000 and
TruBend Cell 7000"
(or: participation in the basic training
course for your machine)
Subjects
Machine design | machine options | technical data | user interface T 3000 control and
operational elements | safety instructions |
bending methods | functional units
(axis system, press beam cycle etc.) | tool
system | numeric and graphical program
creation | program optimization and handling | processing various programs
Objectives
You will be able to operate, program
and set up the TruBend Series 3000 and
ensure part quality.
Prerequisites
Experience in operating and tooling a
press brake, creating bending programs,
designing bent parts or you work in the
production planning and are responsible
for the quality control of bending parts
Subjects
Bending technology basics | machine
technology | characteristics of TRUMPF
bending tools | application technology |
tool selection criteria | special tools | solution examples for bending tasks
TruBend
TruBend Series 3000 Programming Courses
Objectives
You will acquire comprehensive knowledge on the variety of processing possibilities with a TRUMPF press brake and
TRUMPF Bending Tools.
3 days
2 days
5 days
36
37
TruBend Series 3000
Programming Courses
Control
Duration
T 3000 |
TASC 6000
1.5 days
Basic Courses
TruBend Series 3000 / 5000 / 7000, TruBend Cell 7000 and TrumaBend V Series
bility
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TruTops Drawing
1.5 days
5 days
TruTops Bend Update
1 - 3 days
TruTops Fab
3 - 8 days
TruTops Calculate
1 day
TruTops Unfold
1 day
Machine Courses
Control
Duration
Basics TruBend Series 3000 / 5000 / 7000 and TruBend Cell 7000
T 3000 |
TASC 6000
1 day
TruBend Series 3000
T 3000
2 days
T 3000
3 days
Control
Duration
Operator Course
Technology Courses
Bending
Consulting
38
According to
demand
course
dules and
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TruBend
TruBend
y
availabilit
39
Programming Courses
Application
Consulting
TruTops Bend
Automation
Bending:
TruTops Bend
Update
4 days
TruBend Series
5000 / 7000
TruBend Cell
5000
Basic Course
1.5 days
TruTops
Drawing
TruTops Bend
Technology
1.5 days
5 days
expertise
40%
25%
60%
TruBend
50%
Basic Operator
Course
Operator Course
1 day
2 / 3 days
Date Base
Management
time t
expertise
85%
65%
Instruction
on-site
0.5 / 1 day
100%
> 3 months
Technology Course
Bending
Maintenance and
Service Course*
3 days
2 days
TruBend
Machine purchase
100%
Operator Course
Automation
5 days
The machines of the TruBend Series 5000 are the flexible
Both the ram and backgauge are marked by high speeds and
and productive press brakes. And there is a good reason for
acceleration rates that ensure high dynamics. Paired with a
this: The TruBend Series 5000 unites innovative technology
work area that can be customized for the operator, the
with high precision. This goes hand in hand with a very high
level of flexibility when it comes to bending different parts.
TruBend Series 5000
Application
Consulting
Shop Floor
Programming
Machine Courses
Optional Courses
Machine Types
machines of the TruBend Series 7000 offer optimal conditions
TruBend 5050
for productive and ergonomic work.
TruBend 5085
TruBend 5130
From programming, through allocation all the way to the
TruBend 5170
bending process – the TruBend Series 5000 is extremely
productive. Moreover, you can also automate these machines
Do you wish to achieve maximum efficiency on your TruBend
TruBend 5230
with the TruBend Cell 5000.
Series 5000 / 7000? Regardless of whether you are learning
TruBend 5320
the basics or wish to expand your knowledge in specialized
With the TruBend Series 7000 machines, we offer perfect
applications – our broad range of courses offers just the right
interaction between man and machine.
training for you. Find out for yourself!
TruBend Series 7000
Machine Types
TruBend 7018
Basic Course
Basic Operator
TruBend 7036
TruTops Drawing
Operator
Date Base Management
TruBend Cell 5000
Technology Bending
Maintenance and Service*
*does not apply for TruBend Series 7000
40
41
Basic Course
TruTops Drawing
TruBend Series 5000 / 7000 Machine Courses
TruBend
Press Brake
Prerequisites
PC knowledge
Prerequisites
PC knowledge
Subjects
those with TruTops Drawing and Nesting
knowledge
Objectives
You will acquire the basic technical knowledge necessary for TruTops Bend. You will
be able to interpret program parameters
for bending machines.
1.5 days
Subjects
to how to operate the system | drawing
of workpiece geometries | reading in and
preparing DXF, IGES and MI drawings
Objectives
and import external-format drawings in
TruTops.
1.5 days
Prerequisites
your machine
Subjects
with necessary bending data and bending sequence | creating allocation plan
TruBend Series 3000 / 5000 / 7000
Prerequisites
or experience in handling sheet metal
Subjects
selecting tools
Objectives
You will acquire the basic knowledge for
the operator course TruBend Series 3000 /
1 day
Objectives
You will be able to enter the necessary
bending data, select appropriate processing strategies and to generate practical
NC programs.
TruTops Bend Automation
5 days
Operator Course
Operator Course
TruBend Series 5000
TruBend Series 7000
Prerequisites
TruBend Cell 7000"
Prerequisites
Experience in handling a press brake
or participation in the TruBend Series 3000
/ 5000 / 7000 and TruBend Cell 7000
"Basic Operator Course"
Subjects
User interface | operational elements and
operational sequences | safety instructions | tool system | numeric and graphical
program creation | program optimization
and handling | processing various programs
by the ACB angle sensor system and/or
bending aid
Subjects
Machine design | machine options | technical data | user interface TASC 6000 control
and operational elements | safety instructions | bending methods | functional units
(axis system, press beam cycle etc.) | tool
system | numeric and graphical program
creation | program optimization and handling | processing various programs
Objectives
You will be able to operate, program and
set up the TruBend Series 5000 and ensure
part quality.
3 days
Operator Course
Data Base Management
TruBend Cell 5000
TruBend Series 5000 / 7000
Prerequisites
"TruTops Bend Technology"
Prerequisites
TruBend Series 5000"
Prerequisites
Participation in an operator training for a
bending machine
Subjects
Sub-assemblies and technical data of automation components | framework conditions | principle of course of part manufacturing with automation | basics system
adaptation in TruTops Bend | program
creation with automation TruTops Bend |
course, reset and modification possibilities | loading and unloading strategies
Subjects
Structure TruBend Cell 5000 | technical
data | additional equipment | manual operating device | axis system | safety switching
on and off | manual moving | select and
manage programs | part loading | producing | assembly of gripper systems | diagnostic at gripper system and coveyor
Subjects
Creating materials | inserting special upper
and lower tools | creating bending curves |
adopting one’s own bending factors | assigning user rights
Objectives
sequences.
4 days
Objectives
You will acquire basic knowledge and skills
to operate the TruBend Cell 5000.
5 days
Objectives
You will acquire the knowledge and skills
to manage the data base of TruBend Series
5000 / 7000.
0.5 / 1 day
Objectives
You will be able to operate, program and
set up the TruBend Series 7000 and ensure
part quality.
2 days
TruTops Bend Drawing
(Machine)
TruBend Series 5000
Prerequisites
PC knowledge
This training course has been designed for
operators who prepare or edit workpiece
drawings for TruTops Bend by TruTops Bend
Drawing (Machine) on the control
This training course is not required for those
with prior knowledge of TruTops Drawing
and Nesting
Subjects
how to operate the system | drawing workpiece geometries | reading in and preparing
Objectives
and import drawings of external formats in
TruTops.
1 day
42
43
TruBend
TruBend Series 5000 / 7000 Programming Courses
TruBend Series 5000 / 7000 Machine Courses
TruBend
Prerequisites
Participation in the basic training course to
program your machine
for your machine
Subjects
Operating the system | Maintenance and
adaptation of unfolding processes to correct shortening values | input of bending
lines with necessary bending data and
bending sequence | creating allocation plan
Technology Course Bending
TruBend Series 3000 / 5000 / 7000
TruBend Series 5000
Prerequisites
Experience in operating and tooling a
press brake, creating bending programs,
designing bending parts or you work in the
production planning and are responsible
for the quality control of bending parts
Subjects
Bending technology basics | machine
technology | characteristics of TRUMPF
Bending Tools | application technology |
tool selection criteria | special tools | solution examples for bending tasks
Objectives
You will acquire comprehensive knowledge
on the variety of processing possibilities
with a TRUMPF press brake and TRUMPF
Bending Tools.
Prerequisites
Subjects
Machine structure | technical data | operating conditions | Main drive unit | functional
units | backgauge system | tool clamping |
machine control | PCSS press safety control
Objectives
according to the given intervals as well as
to localize malfunctions and clear simple
errors.
TruBend
(Machine)
TruBend Series 5000
2 days
3 days
Objectives
NC programs.
4 days
44
45
TruBend Series 5000 / 7000
Programming Courses
Control
Duration
T 3000 |
TASC 6000
1.5 days
Basic Courses
bility
TruTops Drawing
1.5 days
5 days
TruTops Bend Automation TruBend Cell 5000
TruTops Bend Automation BendMaster
4 days
TruTops Bend Update
1 - 3 days
availa
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TruTops Fab
3 - 8 days
TruTops Calculate
1 day
TruTops Unfold
1 day
Machine Courses
Control
Duration
(in case of TruBend Series 5000 as of software version 5.0)
T 3000 |
TASC 6000
1 day
TruBend Series 5000 incl. graphical Shop Floor Programming and ACB
(as of software version 5.0)
TASC 6000
3 days
TruBend Series 5000 incl. ACB
TrumaBend V Series with ACB
(up to software version 4.5)
TASC 6000
3 days
TruBend Series 7000
TASC 6000
2 days
TruBend Cell 5000
BendMaster
TASC 6000
5 days
Date Base Management TruBend Series 5000
(as of software version 5.0)
TASC 6000
1 day
Date Base Management TruBend Series 7000
TASC 6000
0.5 day
Programming Machine Profile Editor
(up to software version 4.5)
TASC 6000
2 days
TruBend
TruBend
Operator Courses
TruTops Bend Drawing (Machine) for TruBend Series 5000
1 day
TruTops Bend Technology (Machine) for TruBend Series 5000
4 days
bility
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Technology Courses
Bending
TASC 6000
3 days
TASC 6000
2 days
Control
Duration
Maintenance and Service Courses
TruBend Series 5000
TrumaBend V Series
Consulting
46
According to
demand
47
Programming Courses
Application
Consulting
TruTops Bend
Update
Bending:
Basic Course
TruBend Cell
7000
1.5 days
TruTops
Drawing
TruTops Bend
Technology
TruTops Bend
Automation
1.5 days
5 days
3 days
Machine purchase
40%
25%
TruBend
60%
Basic Operator
Course
Operator Course
1 day
time t
> 3 months
100%
expertise
Instruction
on-site
4 days
Application
Consulting
Machine Courses
TruBend Cell systems offer flexible and cost-effective solutions
Our training program provides you with any knowledge re-
for every kind of automated bending.
quired to program and operate an automated bending cell.
Machine Type
TruBend
100%
80%
expertise
Optional Courses
TruBend Cell 7000
We develop complete solutions including software, sensors,
material flow, control, and state-of-the-art material handling
technology, to ensure that your processes run reliably and
productively.
Basic Course
TruTops Drawing
48
49
Basic Course
TruTops Drawing
TruBend Cell 7000 Machine Courses
TruBend
Press Brake
Prerequisites
PC knowledge
Prerequisites
PC knowledge
Subjects
those with TruTops Drawing and Nesting
knowledge
Objectives
You will acquire the basic technical knowledge necessary for TruTops Bend. You will
be able to interpret program parameters
for bending machines.
1.5 days
Subjects
to how to operate the system | drawing
of workpiece geometries | reading in and
preparing DXF, IGES and MI drawings
Objectives
and import external-format drawings in
TruTops.
1.5 days
Prerequisites
your machine
Subjects
with necessary bending data and bending sequence | creating allocation plan
Objectives
NC programs.
TruBend Series 3000 / 5000 / 7000
Prerequisites
or experience in handling sheet metal
Subjects
selecting tools
Objectives
operator course TruBend Series 3000 /
1 day
Operator Course
TruBend Cell 7000
Prerequisites
TruBend Cell 7000"
Subjects
Structure TruBend Cell 7000 | technical
data | additional equipment | manual operating device | axis system | safety switching
on and off | manual moving | select and
edit programs | program management |
handling and operating the ToolMaster
Bend | part loading | producing | diagnostic
at gripper system and conveyor
TruBend
TruBend Cell 7000 Programming Courses
Objectives
You will acquire basic knowledge and skills
to operate the TruBend Cell 7000.
4 days
5 days
Prerequisites
"TruTops Bend Technology"
Subjects
Sub-assemblies and technical data of automation components | framework conditions | principle of course of part manufacturing with automation | basics system
adaptation in TruTops Bend | program
creation with automation TruTops Bend |
course, reset and modification possibilities | loading and unloading strategies
Objectives
sequences.
3 days
50
51
TruBend Cell 7000
Programming Courses
Control
Duration
Basic Courses
T 3000 |
TASC 6000
1.5 days
TruTops Drawing
1.5 days
5 days
TruTops Bend Automation TruBend Cell 7000
3 days
TruTops Bend Update
1 - 3 days
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availabilit
TruTops Fab
3 - 8 days
TruTops Calculate
1 day
TruTops Unfold
1 day
Duration
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Machine Courses
Control
Operator Courses
1 day
TruBend Cell 7000
4 days
Consulting
52
Control
TruBend
TruBend
bility
Duration
According to
demand
53
Programming Courses
Application
Consulting
Tube Processing:
2 / 4 days
Basic Course
2.5 days
TruTops
Drawing
TruTops Tube
Technology
1.5 days
4 days
Machine purchase
100%
40%
25%
60%
TruTops Tube
Update
1 day
expertise
TruLaser Tube
3D Tube Design
and Programming
Option Bevel Cut
Operator Course
time t
expertise
80%
65%
Technology Course
Tube Cutting
Instruction
on-site
4 / 5 days
100%
> 3 months
Maintenance Course
3 days
4 days
Technology Course
Tube Cutting
Special Profiles
1 day
Maintenance Course
Laser
Application
Consulting
Machine Courses
Optional Courses
With the TruLaser Tube machines, you can produce parts
Do you want to make the best use of all of the functions on
Machine Types
quickly and precisely, in addition to being well prepared to
your TruLaser Tube? Well, we have put together a training
TruLaser Tube 5000
meet all market requirements. What's so exceptional about
package that meets your requirements perfectly! Choose the
TruLaser Tube 7000
the TruLaser Tube? The laser cuts contours and trims tubes in
appropriate courses from the training program and perfect
one operation. Tube constructions that are made possible by
the use of your machine.
the laser, facilitate and reduce downstream fabrication steps.
The edges are smooth and the parts are ready for assembly
without the need for refinishing.
Basic Course
Operator
TruTops Drawing
Technology Tube Cutting
Maintenance
3D Tube Design
54
55
TruLaser Tube
3D Tube Design
TruLaser Tube Machine Courses
Basic Course
TruTops Drawing
TruLaser Tube 5000 / 7000
Prerequisites
PC knowledge
Prerequisites
PC knowledge
Subjects
Machine components | technical data | basic
NC programming | complete files | editing
of NC programs and tables | laser operating modes | technological information on
laser cutting | production plan
those with prior knowledge of TruTops
Drawing and Nesting
Objectives
necessary for TruTops Tube and you will be
able to interpret NC texts.
2.5 days
Subjects
Modular structure of software | introduction
to how to operate | drawing of work piece
geometries | reading in and preparing DXF,
IGES and MI drawings
Objectives
and import other drawings in TruTops.
TruLaser Tube
1.5 days
Prerequisites
PC knowledge
"Drawing"
for your machine
Subjects
Programming of round and/or rectangular
tubes and free profiles | draw developed
contours or develop them as DXF, IGES
and/or MI on the tube | programming
laser processing processes | optimizing the
processing process | creating NC programs |
tube layout with identical and differing
parts | creating production plans and service
programs
Objectives
You will acquire the knowledge you need
to program your machine. You will be
able to draw workpieces, select suitable
processing strategies and to create successful NC programs.
Operator Course
TruLaser Tube 5000 /
7000 (KT02 / T03)
Prerequisites
Subjects
Machine discussion | structure and components of machine | structure and adjustment of laser cutting head |
training the user interface, operating
elements and operating sequences with
exercises | presentation of the diagnostics
system and online help | program management | important NC programming functions | machine options
Objectives
You will be able to handle the machine’s
4 / 5 days
Technology Course Tube Cutting
Prerequisites
Experience with TruLaser Tube operating
and/or programming experience with
TruTops Tube (at least 3 - 6 months respectively)
Recommendation: joint participation
operator and programmer
Subjects
In-depth safety instructions | cuttingspecific laser basics | familiarizing with the
parameters influencing the laser cut |
quality assessment and optimization of
laser cuts | recognizing and clearing cutting problems | programming and cutting
special materials and special profile
Objectives
You will be able to increase the cutting
quality on a TruLaser Tube to the optimum,
create programs for special materials and
special profiles and establish the pertaining
cutting parameters.
Technology Course Tube Cutting
Module Special Profiles
Prerequisites
"Technology Tube Cutting" or at least
12 months of experience in machine
operating, programming and parameter
optimization
Subjects
Developing a systematic procedure to
process special profiles | special profile programming in TruTops Tube | Implementing
and processing these special profiles on
the TruLaser Tube
Objectives
You will be able to implement a systematic
procedure to process special profiles on
your machine.
1 day
TruLaser Tube
TruLaser Tube Programming Courses
4 days
4 days
3D Tube Design
3D Tube Design
for Experienced 3D Designers
Prerequisites
PC knowledge
Prerequisites
PC knowledge
For tube programming the training courses
"TruTops Drawing“ and "TruTops Tube
Technology“ are required
In-depth experience in handling parametric
3D CAD systems
For tube programming the training courses
"TruTops Drawing“ and "TruTops Tube
Technology“ are required
Subjects
Introduction into 3D design | tube programming | creating 3D tube models | reading in
and editing external drawings | export tube
designs in TruTops Tube
Objectives
You will be able to draw individual tubes
and to design complex 3D tube models.
You will develop tubes for further
processing in TruTops Tube.
4 days
Subjects
Tube programming | creating 3D tube
models | reading in and editing external
drawings | export tube designs in TruTops
Tube
Objectives
You will be able to draw individual tubes
and to design complex 3D tube models.
You will develop tubes for further
processing in TruTops Tube.
2 days
3D Tube Design
and Programming
Option Bevel Cut
Prerequisites
"TruTops Tube Technology"
"3D Tube Design"
Subjects
Bevel cut basics | designing parts with
bevel cuts in Tube Design | creating the
respective NC programs in TruTops Tube
Objectives
You will be able to design bevel cuts and
create the respective programs for the
machine.
1 day
Maintenance Course
Prerequisites
engineer
Subjects
Getting familiar with the components of
the system | detailed safety instructions |
external beam path | adjustment jobs and
handling the cutting head | design of the
control PLCX/MMC/NCK | diagnostic possibilities with the control | installation of the
dust extractor | explanation of Maintenance
works for machine and laser unit | options
of the machine | pneumatic, gas, lubrication
and circuit diagrams
Objectives
intervals.
3 days
56
57
TruLaser Tube
Programming Courses
Control
Duration
Basic Courses
ailability
TUBEMATIC
2.5 days
TruTops Drawing
1.5 days
TruTops Tube Technology for TruLaser Tube 5000 / 7000
4 days
3D Tube Design
4 days
3D Tube Design and Programming Option Bevel Cut
2 days
NEW
1 day
TruTops Tube Update
Machine Courses
course av
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1 day
Control
Duration
TruLaser Tube 5000
TUBEMATIC
SIN 840 D
4 days
TruLaser Tube 7000 (KT02 / T03)
SIN 840 D sl
5 days
SIN 840 D / D sl
4 days
Technology Course
Tube Cutting TruLaser Tube 5000
Tube Cutting TruLaser Tube 7000
SIN 840 D / D sl
4 days
Tube Cutting Module Special Profiles TruLaser Tube 5000
SIN 840 D / D sl
1 day
Tube Cutting Module Special Profiles TruLaser Tube 7000
SIN 840 D / D sl
1 day
TruLaser Tube 5000
TUBEMATIC
SIN 840 D
3 days
TruLaser Tube 7000
SIN 840 D sl
3 days
TASC 3 / 4
each 5 days
Control
Duration
bility
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For the la
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TruLaser Tube
TruLaser Tube
Operator Courses
Maintenance Courses
Maintenance Courses
Consulting
58
According to
demand
59
TruTops Cell
Measuring Probe /
SeamLine
Programming
Courses
1 day
3D-Laser Processing:
1 day
TruTops Cell
TruTops Cell
TruTops Cell
Module Fixture Design
Module Rotary Axis
Laser Metal Deposition
1 day
0.5 days
1.5 days
TruTops Cell
Update
TruTops Cell
Technology
Manual
Programming Pro
Variable
Programming
5 days
2 days
2.5 days
TruLaser Cell
80%
Machine purchase
Application
Consulting
Measuring Probe
and SeamLine
40%
Basic Course
3 days
60%
50%
expertise
100%
90%
time t
100%
> 3 months
expertise
80%
75%
65%
25%
Teaching Course I
3 / 5 days
1.5 / 2 days
Machine Courses
Instruction
on-site
Operator Course
SeamLine
Configurable
Control Interface
1 day
1.5 days
Operator Course
DepositionLine
TruTops Cell Basic
Teaching Course II Technology Course
on-site
Laser Welding
2 days
Maintenance Course
2 / 2.5 days
2.5 days
Technology Course
2 days
Maintenance Course
Laser
Application
Consulting
2 days
1.5 days
Optional Courses
TruLaser Cell
Operator Course
The machines of the TruLaser Cell open up all the possibilities
Acquire a broad base of knowledge to exploit the full poten-
Machine Types
of laser processing to you. Be it laser cutting or laser welding,
tial of your TruLaser Cell. In our training courses, you will learn
TruLaser Cell 3000
3D or 2D workpieces, single parts or serial production – with
everything you need to achieve top performance with your
TruLaser Cell 3010 (L33)
the TruLaser Cell you have an all around machine at your
machine.
TruLaser Cell 7020 | 7040
TruLaser Cell 7020 fiber | 7040 fiber
TruLaser Cell 8030
disposal for laser processing.
TLC 1000
TLC 1005 | 6005
TLC CUT 5
Basic Course
Basic Course
TruTops Cell Technology
Operator
Teaching Course I
60
61
TruLaser Cell Programming Courses
Basic Course
3D Laser
Prerequisites
PC knowledge
We strongly recommend the participation
in the training course "Manual Programming Pro" for welding for TruLaser Cell
Series 7000 up to software version 3 and
TLC 1000 / 1005 / 6005
Subjects
Basics of NC programming | program processings with different movement types |
optimize and influence how machine
moves | subroutine technology | macro
application | laser programming | program
editor
Objectives
You will acquire the basic machine-related
and technological knowledge necessary
both for the operator training and the
programming with TruTops.
Cutting and Welding
3D Laser
Prerequisites
PC knowledge
for your machine
Ideal: participation in the training course
"Teaching I"
Subjects
Production-oriented preparation of imported 3D models | processing 3D models (cutting / welding) | optimization of processing
by means of experience| positioning of 3D
models in the working area | subsequent
correction of processing (mass, laser data,
acceleration, ...)
Objectives
You will be able to generate practical NC
programs from 3D models.
5 days
TruLaser Cell Programming Courses
TruTops Cell
3D Laser
Manual Programming Pro
Variable Programming
3D Laser
3D Laser
Prerequisites
"TruTops Cell Technology"
Prerequisites
for your machine
Subjects
Designing cutting fixtures by means of a
3D model | programming and/or exporting
(e.g. TruTops Laser) the individual parts of
the fixture
Subjects
Follow-up NC functions not supported by
TruTops Cell: laser power control | laser
welding | additional possibilities of zero
point correction (mirroring, scaling) |
additional zero point functions (G54-G57,
TC_ZERO_PNT, TC_BASEFRAME, ...) | limit
standoff regulation (DISTAX3D, TC_DIST_
MOTION_LIMIT, ...)
Objectives
You will be able to design fixtures for
cutting parts from sheet.
1 day
Prerequisites
"Manual Programming Pro"
Experience in NC programming
Mathematical knowledge (e.g. sine/cosine)
Subjects
Types of variables | phasors | functions |
jump commands | control structures |
subroutines | global programs
Objectives
You will be able to further optimize NC
programs
Objectives
You learn the different possibilities of
variable programming and you will thus
be able to upgrade the software of your
machine (e.g. master automation program,
processing macros, ...).
2 days
2.5 days
Programming Measuring Probe
and SeamLine
3D Laser
Prerequisites
for your machine
Subjects
Discussing measuring tools (ControlLine, measuring probe, measuring head,
SeamLine) | programming measuring functions | programming calculation cycles to
correct the coordinate system | measuring
parameters
Objectives
You will be able to program measuring
functions manually or on the teach panel.
1 day
TruTops Cell
Module Rotary Axis
3D Laser
3D Laser
TruTops Cell
Measuring Probe and SeamLine
3D Laser
Prerequisites
Prerequisites
Subjects
Preparing and processing of moved workpieces (are also turned by the rotary axis) |
with or without turning of the cutting
head “bevel cut”
Subjects
Creating parameterized contour fields for
coating | optimization of processing specifications regarding coating technology
Subjects
Programming measuring and calculation
functions in TruTops Cell
Objectives
You will be able to create practical NC
programs for 3D part coating.
Objectives
functions in TruTops Cell.
1.5 days
1 day
Objectives
programs for parts clamped in the rotary
axis.
TruLaser Cell
TruLaser Cell
3 days
Prerequisites
"Programming Measuring Probe and
SeamLine"
0.5 days
62
63
TruLaser Cell Machine Courses
TruLaser Cell Machine Courses
Operator Course
Teaching Course I
Operator Course SeamLine
3D Laser
3D Laser
3D Laser
Prerequisites
for your machine
Prerequisites
Participation in the 3D Laser "Operator
Course"
Subjects
Presentation of machine | safety instructions on working with a laser | structure
and machine components | training the
user interface, operating elements and
operating sequences with exercises | adjustment jobs on machine | structure and
adjustment of processing heads | service
programs | manage programs | implementation of studied programming commands
Subjects
Basics of teaching | functions of 5-axis
software | possibilities of teach software |
teaching exercises in running-in and optimizing machine
2 days
Subjects
Measurement procedure incident light /
light section | adjust monitor and operate user interface | calibrate seam sensor |
adjust parameters for image analysis
Objectives
You will acquire the required theoretical
and practical principles for operating. You
will be ready to handle the seam sensor
system SeamLine, able to prepare, initiate
and influence the measurement process.
1 day
TruLaser Cell
Operator Course DepositionLine
TruTops Cell Basic
3D Laser
3D Laser
Subjects
Safety instructions | general LMD introduction | powder components | design |
handling | maintenance | initial welding
with TRUMPF workpieces
Objectives
You will acquire the theoretical and practical basics required for processing with
DepositionLine.
1.5 days
64
Prerequisites
Course"
Prerequisites
Course DepositionLine"
Subjects
Safety tips for welding | welding-specific
laser basics | variables influencing welding |
practical welding exercises | influence of
process parameters on the welding process | welding of the most various materials | assessing welding seam
Subjects
Establish and adjust process parameters |
maintenance | practical process parameter
establishing | impact of process parameters
on the coating | assessment of coating
Objectives
You will be able to establish welding
parameters and improve them.
2.5 days
Objectives
You will be able to establish and improve
coating parameters.
2 days
Maintenance Course
3D Laser
Prerequisites
engineer
Subjects
Machine structure | technical data | safety
instructions | principle of generating the
beam | external beam guidance | chiller |
dedusting unit | drives | maintenance and
adjustment jobs | diagnostics possibilities
on the control | care and lubrication of machine according to maintenance overview
Only TruFlow: checking the alignment and
centring laser beam
Objectives
according to given intervals.
2 / 2.5 days
3 / 5 days
Prerequisites
TruLaser Cell Series 7000 / 8000"
for your machine
Technology Course
3D Laser
Prerequisites
PC knowledge | Participation in the basic
training course for your machine
Subjects
User interface | operation | modification
of laser data | changing tables | adjusting
dynamics | microjoints | optimizing Control
Line | modifying and moving contours |
optimizing positioning | changing the zero
point
Objectives
You will acquire the knowledge to modify
and optimize NC programs on the machine.
2 days
TruLaser Cell
Objectives
You will acquire necessary theoretical and
practical basic knowledge for operating
the machine, you are prepared to handle
the operational elements of the machine
and you can prepare, initiate and influence
the production process.
Objectives
You will be able to program 3D parts by the
teach procedure and to optimize programs.
Prerequisites
TruLaser Cell Series 7000 / 8000"
Participation in the training course "Programming Measuring Probe and SeamLine"
Technology Course
Laser Welding
3D Laser
Programming configurable
Control Interface
3D Laser
Prerequisites
Course" and in the basic training course
for your machine
Subjects
User interface | create module | configure
and activate | integrate module configuration in the automatic mode | activate data
channel | diagnostics functions
Objectives
You will acquire the theoretical and
practical principles required for programming/operating. You are ready to handle
the configurable control interface to make
full use of it.
1.5 days
65
TruLaser Cell
Programming Courses
Control
Duration
Basic Courses
TruLaser Cell 3000 / 3010 (L33), TruLaser Cell Series 7000 / 8000 and
TLC 1000 / 1005 / 6005 / CUT 5
3 days
TruTops Cell Technology Cutting and Welding for 5-axis Laser Machines
5 days
TruTops Cell Module Rotary Axis
0.5 days
TruTops Cell Module Fixture Designing
1 day
TruTops Cell Technology Laser Metal Deposition
1.5 days
TruTops Cell Measuring Probe and SeamLine
(in case of TruLaser Cell Series 7000 as of software version 4.0)
NEW
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1 day
TruTops Cell Update
1 day
2.5 days
for detailed course information see chapter 'Laser Processing'
3 days
TruTops Tube Technology for RotoLas
3 days
3D Tube Design
4 days
2 days
Manual Programming Courses
Manual Programming Pro TruLaser Cell 3000 / 3010 (L33), TruLaser
Cell Series 7000 / 8000 and TLC 1000 / 1005 / 6005 / CUT 5
NEW
2 days
Variable Programming TruLaser Cell 3000 / 3010 (L33),
TruLaser Cell Series 7000 / 8000 and TLC 1000 / 1005 / 6005 / CUT 5
2.5 days
Programming Measuring Probe and SeamLine 7000 / 8000
(in case of TruLaser Cell Series 7000 as of software version 4.0)
1 day
TruTops Unfold
66
1 day
TruLaser Cell
TruLaser Cell
67
TruLaser Cell
Machine Courses
Control
Duration
SIN 840 D sl
5 days
SIN 840 D
3 days
Operator Courses
TruLaser Cell 3000
NEW
TruLaser Cell 3010 (L33)
TruLaser Cell Series 7000 / 8000
SIN 840 D
5 days
SeamLine für TruLaser Cell Series 7000 (as of software version 4.0)
SIN 840 D
1 day
SIN 840 D
1.5 days
DepositionLine for TruLaser Cell Series 7000
NEW
ailability
course av
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Teaching I TruLaser Cell 3010 (L33)
SIN 840 D
1.5 days
Teaching I TruLaser Cell Series 7000 / 8000
SIN 840 D
2 days
Teaching I TLC 1000 / 1005 / 6005 / CUT 5
SIN 840 D
2 days
Teaching II TruLaser Cell Series 7000 and TLC 1000 / 1005 / 6005 / CUT 5
SIN 840 D
2 days
TruTops Cell Basic
SIN 840 D
2 days
Programming configurable Control Interface
for TruLaser Cell 3000 and TruLaser Cell Series 7000 / 8000
SIN 840 D
1.5 days
Laser Welding TruLaser Cell 7020 / 7040 (as of software version 4.0)
SIN 840 D
2.5 days
Laser Welding TruLaser Cell 7020 / 7040 (up to software version 3.0)
SIN 840 D
2.5 days
Technology Courses
NEW
SIN 840 D
2.5 days
SIN 840 D
2 days
Maintenance Courses
TruLaser Cell 7020 / 7040
TruLaser Cell
TruLaser Cell 7020 fiber / 7040 fiber / 8030
NEW
SIN 840 D
2.5 days
SIN 840 D
2 days
TASC 3 / 4
each 5 days
Control
Duration
TruLaser Cell
Laser Welding TruLaser Cell 7020 fiber / 7040 fiber
Laser Metal Deposition TruLaser Cell Series 7000
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Maintenance Courses
Consulting
68
According to
demand
69
TruTops Cell
Programming Courses
TruTops Cell
TeachLine
Module Rotary Axis
1 day
0.5 days
TruTops Cell
3D Laser Processing:
Application
Consulting
TruTops Cell
1.5 days
1 day
TruTops Cell
Update
TruTops Cell
Technology
TruLaser
Robot
5 days
Machine purchase
70%
Operator and Programming Course
10 days
expertise
100%
time t
100%
> 3 months
expertise
65%
60%
Instruction
on-site
Operator Course
DepositionLine
Technology
TeachLine
Technology
Weld Wire
Technology Course
1.5 days
2.5 days
1 day
2.5 days
Laser Cutting
Technology Course
Technology Course
2 days
2 days
Laser Metal
Deposition
Programmable
Foccusing Optics
Technology Course
Image Processing
Machine Courses
Application
Consulting
Optional Courses
The modular concept of the TruLaser Robot Series 5000
Interested in how to fully exploit the high performance of the
Machine Types
epitomizes a system perfectly customized to you and
TruLaser Robot Series 5000? Check out our extensive,
TruLaser Robot 5020
your requirements and opens up for you all possibilities of
multi-faceted training program and learn everything you need
TruLaser Robot 5120
laser processing not just in welding, but also laser contract
to most efficiently make use of the individual solutions of
welding and laser cutting of 3D or 2D workpieces.
this machine.
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71
TruLaser Robot
2.5 days
Cutting and Welding
TruLaser Robot Series 5000
Prerequisites
Participation in the "Operator and Progamming Course TruLaser Robot Serie 5000"
the respective machine) | Laser cutting or
welding technology
Subjects
Importing and preparing 3D drawings
in TruTops Cell | processing 3D models |
optimization of processing process | adapting 3D models in TruTops Cell to the actual
position of the workpiece in the machine |
processing of 3D models by means of a
rotary/tilt table
3D Laser
Operator and Progamming
Course
Operator Course DepositionLine
Technology Course TeachLine
Prerequisites
Requirements
PC knowledge
Requirements
Participation in the "Operator and Programming Course TruLaser Robot Series 5000"
Subjects
Creating parameterized contour fields for
coating | optimization of processing specifications regarding coating technology
Subjects
Designing cutting fixtures by means of a
3D model | programming and/or exporting
(e.g. TruTops Laser) the individual parts of
the fixture
Subjects
Safety instructions | operating elements
and operation of cell, robot and additional
axes and adjustment jobs | robot programming for laser cells and additional axes |
basics of laser welding | process parameter
adjustment | assessment of weld seam |
technology rotary axis
Subjects
Safety instructions | general LMD introduction | powder components | design | handling | maintenance | initial welding with
TRUMPF workpieces
Objectives
You will be able to create practical NC
programs for 3D part coating.
1.5 days
Objectives
You will be able to design fixtures for
cutting parts from sheet.
1 day
Objectives
You will be able to operate the TruLaser
Robot Series 5000 and you will acquire the
required robot knowledge and be able to
establish and improve welding parameters.
Objectives
You will acquire the theoretical and practical basics required for processing with
DepositionLine.
1.5 days
10 days
5 days
TruLaser Robot
TruTops Cell
3D Laser
Prerequisites
Objectives
You are able to generate practical NC programs from 3D models.
TruTops Cell
Module Rotary Axis
3D Laser
TruLaser Robot Machine Courses
TeachLine
3D Laser
Requirements
and first experiences in robot operation
and programming (min. 4 weeks)
Subjects
Measuring procedure incident light and
light section | operation of Sensor PC |
setting basic parameters of image
evaluation | TeachLine programming on
the robot control
Objectives
and practical principles for operating and
programming the TeachLine sensor. You
will learn the appropriate use of TeachLine
for laser welding.
2.5 days
Technology Course Weld Wire
Technology Course Laser Cutting
TruLaser Robot 5020
TruLaser Robot 5020
Technology Course
TruLaser Robot 5020
Prerequisites
Prerequisites
"Technology TeachLine"
Requirements
Participation in the "Operator and Progamming Course TruLaser Robot Series 5000"
Requirements
Participation in the "Operator and Progamming Course TruLaser Robot Series 5000"
Requirements
DepositionLine"
Subjects
Preparing and processing of moved workpieces (are also turned by the rotary axis) |
with or without turning of the cutting
head “bevel cut”
Subjects
Programming measuring and calculation
functions in TruTops Cell
Subjects
Weld wire feed roller replacement | adjust
parameters for weld wire | weld wire
programming on the robot control | technology weld wire
Subjects
Safety tips on working with the laser |
cutting-specific laser basics | factors
influencing the laser cut | practical process
parameter establishing | impact of process
parameters on the laser cut | cutting
different materials | assessment of cutting
quality
Subjects
Establish and adjust process parameters |
maintenance | practical process parameter
on the coating | assessment of coating
Objectives
programs for parts clamped in the rotary
axis.
0.5 days
Objectives
functions in TruTops Cell.
1 day
Objectives
programming and be ready to handle the
weld wire. You will be able to establish and
improve welding parameters.
1 day
Objectives
programming and handling the laser optics.
cutting parameters.
Objectives
coating parameters.
2 days
2.5 days
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73
TruLaser Robot
TruLaser Robot Programming Courses
TruLaser Robot Machine Courses
Technology Course
Programmable Focussing Optics
TruLaser Robot 5020
Technology Course
Image Processing for SeamLine /
TeachLine TruLaser Robot 5020
Requirements
Prerequisites
Participation in the "Technology Course
TeachLine TruLaser Robot 5020"
Subjects
Safety tips on working with the laser | align
Programmable Focussing Optics to the
processing plane | operate and adjust Programmable Focussing Optics | establish
and adjust process parameters | maintenance | practical process parameter
on the weld | assessment of weld
Subjects
Image processing basics | introduction
to components | introduction to parameters | camera adjustment | influencing
parameters based on practical examples |
independently elaborating solution
approaches for image processing ensuring
process reliablity
Objectives
programming and handling the Programmable Focussing Optics. You will be able to
establish and improve welding parameters.
Objectives
You will be able to elaborate solution approaches ensuring process reliability and
correctly set the respective parameters.
2.5 days
TruLaser Robot
TruLaser Robot
2 days
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75
TruLaser Robot
Programming Courses
Control
Duration
KRC 2 / 4
10 days
Robot Programming Courses
Operator and Programming Course TruLaser Robot Series 5000
NEW
for detailed course information see chapter 'Machine Courses'
TruTops Cell Technology Cutting and Welding for TruLaser Robot
NEW
5 days
TruTops Cell Technology Laser Metal Deposition
NEW
1.5 days
TruTops Cell Module Fixture Designing
1 day
TruTops Cell Module Rotary Axis
0.5 days
TruTops Cell TeachLine
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1 day
NEW
TruTops Cell Update
1 day
Machine Courses
y
availabilit
Control
Duration
Operator and Programming Courses
NEW
KRC 2 / 4
10 days
DepositionLine for TruLaser Robot 5020
NEW
KRC 2 / 4
1.5 days
Technology Courses
TeachLine TruLaser Robot Series 5000 (as of software version 1.5)
NEW
KRC 2 / 4
2.5 days
Weld Wire TruLaser Robot 5020
NEW
KRC 2 / 4
1 day
Laser Cutting TruLaser Robot 5020
NEW
KRC 2 / 4
2.5 days
Laser Metal Deposition TruLaser Robot 5020
KRC 2 / 4
2 days
Focussing Optics TruLaser Robot 5020
KRC 2 / 4
2 days
KRC 2 / 4
2.5 days
Control
Duration
Image Processing for SeamLine / TeachLine
Consulting
TruLaser Robot
76
NEW
NEW
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umpf.com
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TruLaser Robot
77
Lasermarking:
TruMark marking lasers provide endless possibilities of
To help you tap into the full potential of your TruMark laser,
Machine Types
marking and structuring a broad variety of products flexibly
we have put together a multi-faceted training program.
TruMark Series 3000
For courses, schedules and enrolment information please use
and durable. The spectrum varies from simple functional
You will find basic trainings as well as trainings for experts,
TruMark Series 5000
our Internet website under
markings across data matrix and barcodes for product
which you may choose individually according to your require-
TruMark Series 6000
www.mytrumpf.com/training
traceability towards delicate creative patterns on the most
ments. Our modular training concept allows you to attend
noble of surfaces there. Our lasers operate fast, economically,
further training modules later on.
TruLaser Robot
TruMark
TruMark
reliable and environmentally sound.
78
79
Programming Courses
Supplementary
Courses
TruTops Fab
Quickjob
TruTops Fab
Production
TruTops Fab
Storage
TruTops Fab
Purchasing
TruTops Fab
Customer
TruTops Fab
Calculation
TruTops Fab
for Administrators
3 days
0.5 days
1,5 days
1 day
1 day
1.5 days
2 days
TruTops
Calculate
TruTops
Unfold
Variants
1.5 days
1 day
3 days
Machine purchase
time t
Maintenance Course
Modular Switch Cabinet
2 days
Maintenance Course
TruDisk 2002 to 8002
4 days
Maintenance Course
TruFlow 2000 to 8000 | Part 1
Maintenance Course
5 days
5 days
Maintenance Course
Maintenance Course
Maintenance Course
5 days
5 days
5 days
Technical Courses
Optional Courses
This encompasses all courses dealing with the technology-
In addition to this, we offer a complete range of maintenance
The above diagram shows a list of supplementary courses and their duration. Course
spanning topics of programming and maintenance of your
courses for modular switch cabinets and for the TruFlow and
modules highlighted in blue provide programming knowledge. Courses highlighted
products. Learn how to use TruTops Fab, the TRUMPF soft-
TruCoax lasers.
in green impart knowledge in special areas of maintenance. Training schedules and
ware for controlling and planning your sheet metal fabrica-
course descriptions are listed on the following pages.
tion, or to use TruTops Unfold for unfolding 3D models.
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81
TruTops Fab
TruTops Fab
Module Quickjob
Module Production
TruTops Fab
Modul Storage
(Manual Storage)
TruTops Fab
for Administrators
TruTops Unfold
Variants
TruTops Products
TruTops Laser / Punch
TruTops Products
TruTops Products
TruTops Products
Prerequisites
PC knowledge
TruTops Products
TruTops Laser / Punch / Bend
Target Group
Key users and TruTops programmers
Target Group
Target Group
Key users and storage system managers
Target Group
IT administrators, PC support personnel
Basics of unfolding technique
Prerequisites
Extensive PC knowledge
Prerequisites
Participation in the "TruTops Fab Module
Quickjob"
Prerequisites
Quickjob" (does not apply for Module Storage without Module Quickjob)
Prerequisites
Profound IT knowledge: PCs, data bases,
network administration
Prerequisites
TruTops Drawing (the option Dimensioning
Module would be beneficial)
Mathematical knowledge (such as angle
functions)
Knowledge of Microsoft Excel
Subjects
System overview | measures to prepare
the installation | TruTops Fab user interface |
management and control of production
orders | create nesting jobs (TruTops Laser /
Punch) | definition of operations and work
plans | most important aspects of material
management | maintenance of material and
customer data | workplace management |
manufacturing data management and
reporting - monitoring functionality
Objectives
You will be able to implement the TruTops
Fab module Quickjob successfully.
Subjects
TruTops Fab user interface | managing and
controlling production orders by considering sub-assemblies | definition of subassembly-specific operations and work
plans | creating the corresponding workplaces and workplace groups
Objectives
You will be able to implement the TruTops
Fab module Production successfully.
0.5 days
Subjects
Basics of storage management (manual
storage) | configuration and managing of
different storage locations and sectors |
batch management | graphic display of
material use | inventory list
Objectives
You will acquire the knowledge necessary
for managing requests for quotation, for
order and suppliers data management.
1.5 days
3 days
Subjects
System adjustment | data maintenance |
print layout adjustment | troubleshooting
and reaction
Objectives
You will be able to administer a TruTops
Fab system.
2 days
Subjects
Loading and unfolding components | single
parts | volume models | surface models |
data bank adaptation | populate materials
and tools in the TruTops Unfold data base
Objectives
You will be able to unfold 3D models available in the common exchange formats.
You create a 2D drawing in the GEO or DXF
format.
1 day
Subjects
Automation of creation of variants (similar
drawings which can be created from an
existing GEO file by the functions “modify”
menu, e.g. stretch, displace, copy,…) | variants depending on conditions (e.g. number
of holes depending on the length) | variable hole patterns (calculated by arithmetic formulas) | creation of all single parts
required for a complete sub-assembly, e.g.
create a cupboard by simply modifying the
total length, width and height | export and
import of variant files
Objectives
You will be able to create similar part
drawings (*.geo) automatically.
TruTops Fab
TruTops Fab
Module Purchasing
Module Customer
TruTops Fab
Module Calculation /
TruTops Calculate
TruTops Products
TruTops Products
TruTops Products
Target Group
Key users and purchasing agents
Target Group
Target Group
Users in charge of preliminary cost calculation of sheet metal parts
Prerequisites
Quickjob"
Prerequisites
Quickjob"
Subjects
Requests for quotation | order management | suppliers management
Subjects
TruTops Fab user interface | function area
customer order management | managing
and controlling of customer orders from
quotations to invoicing | customer data
management, preparation of quotations,
order confirmation, production, delivery
and invoicing as well as debt collection and
credit notes are particularly considered
Objectives
You will acquire the knowledge necessary
for managing requests for quotation, for
order and suppliers data management.
1 day
Objectives
You will acquire knowledge to implement
the TruTops Fab module Customer successfully.
Prerequisites
Basic PC knowledge
Subjects
Software customization and data management | preparing cost calculations for individual workpieces and sub-assemblies |
vectorization of graphics files (option)
3 days
Objectives
You will acquire the knowledge required
to prepare cost calculations based on your
individual cost situation.
1.5 days
1 day
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83
Supplementary Technical Courses
Maintenance Course
Maintenance Course
Modular Switch Cabinet
TruDisk 2002 to 8002
Machine Types
TruLaser 2025 / 2030 / 3030 (L20) /
3040 (L32) / 5030 classic / 5030 fiber /
5040 fiber / 5030 / 5040 / 5040 (L18) /
5060 (L19), TruMatic Series 3000 / 7000,
TruPunch 1000 / 3000, TruLaser Tube 7000,
OEM Laser with Modular Switch Cabinet
Prerequisites
Electrotechnical basic knowledge with the
qualification verified electrical engineer
Subjects
Design and diagnostics of the modular
switch cabinet | design, structure and
content of the schematics | function and
diagnostics of the Profibus and AS-i Bus,
as well as the safety system
Objectives
You will be able to localise faults in a
machine with modular switch cabinet and
carry out simple electrical service or repair
works.
2 days
Supplementary Technical Courses
Maintenance Course
TruFlow
Part 1
Prerequisites
Prerequisites
engineer
engineer
Subjects
Basics of laser technology | laser safety |
laser, optics and supply unit design | CPX
control and boards | interface description |
TruControl 1000 operation | malfunction
and monitoring messages | creation of
pulse shapes and laser programs | exercise:
error identification | design of laser cooling, air treatment and diode power supply |
maintenance on cooling system and air
handler | general maintenance jobs | electric servicing | basics of laser welding with
practical exercises
Subjects
Basics of laser technology | design of
TruFlow lasers | safety instructions | switch
cabinet structure | laser operation | structure
of schematics | safety circuit structure |
basics of gas and vacuum system | cooling
system | maintenance works on lasers, RF
generator and chiller | data back-up | replacement of output mirror, mode adjustment, check beam quality by a series of
mode shots | power measurement | beam
alignment | error simulation | diagnostics
systems
Objectives
You will be able to perform maintenance
jobs, know functional sequences, localize
laser malfunctions and troubleshoot them
as necessary and communicate error diagnostics to the TRUMPF technical service
department, program the laser or perform
set-up works.
Note: the tasks are performed at a
TruFlow laser without machine connection.
4 days
Objectives
You will be able to perform basic electrical
and mechanical maintenance jobs, know
functional sequences, localize basic laser
malfunctions, troubleshoot them as necessary and communicate error diagnostics to
the TRUMPF technical service department.
Maintenance Course
TruFlow
Part 2
Prerequisites
TruFlow Part 1"
Subjects
Structure, function and communication of
TASC 3 / 4 | safety instructions | measurements and diagnostics of gas and vacuum
system | structure, function and works at
beam generator, resonator and mirror system, mirror cleaning | structure, function
and diagnostics of frequency converter,
LSM and magnetic bearing electronics |
chiller | error simulation | diagnostics
systems
Note: the works are performed at a
TruFlow laser without machine connection.
Objectives
You will be able to understand functional
sequences of the TruFlow Laser, carry
out maintenance jobs as well as electrical
and mechanical service jobs, localize and
troubleshoot laser malfunctions and communicate error diagnostics to the TRUMPF
technical service department.
Maintenance Course
TruFlow
Part 3
Prerequisites
Participation in the "Maintenance
Course TruFlow Part 1 and Part 2" |
qualification as verified electrical engineer
Subjects
Structure and function of sub-assemblies
in the radiofrequency generator | safety
instructions | HV power supply module,
network distribution, driver stage, end
stage and control module | structure of
schematics | adjustment | replacement
of sub-assemblies | adjustment work
and measurements on the RF generator
| diagnostics system | analogue values |
methodology and problem solution during
troubleshooting
Objectives
You will be able to understand the functions and structure of the RF generator and
carry out adjustment and setting works as
well as troubleshooting.
5 days
5 days
5 days
84
85
Programming Courses
Control
Duration
TruTops Fab Module Quickjob
3 days
TruTops Fab Module Production
0.5 days
TruTops Fab Module Storage (Manual Storage)
1.5 days
TruTops Fab Module Purchasing
1 day
TruTops Fab Module Customer
1 day
TruTops Fab Module Calculation
1.5 days
TruTops Fab for Administrators
2 days
TruTops Calculate
1.5 days
TruTops Unfold
1 day
Variants
3 days
Technical Courses
Control
Duration
CPX
4 days
Part 1 TruFlow 2000 to 8000
Part 1 TLF 2000 to 8000
TASC 3 / 4
5 days
Part 2 TLF 2000 to 8000
TASC 3 / 4
5 days
Part 1 TLF 8000 to 15000
TASC 3 / 4
5 days
Part 2 TLF 8000 to 15000
TASC 3 / 4
5 days
TASC 3 / 4
5 days
Modular Switch Cabinet TruLaser 2025 / 2030 / 5030 classic /
5030 / 5040 / 5040 (L18) / 5060 (L19), TruMatic Series 3000,
Bosch PNC/MTX |
SIN 840 D / D sl
2 days
Modular Switch Cabinet TruLaser 3030 (L20) / 3030 fiber / 3040 (L32) /
5030 fiber / 5040 fiber
SIN 840 D sl
2 days
Modular Switch Cabinet TruMatic 7000 / TruLaser Tube 7000
Bosch MTX /
SIN 840 D sl
2 days
d course
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availabilit
Maintenance Course TruDisk 2002 to 8002
TruDisk 2002 to 8002 (4 C)
For courses, schedules and enrolment information please use our Internet website under
www.de.trumpf.com/produkte/lasertechnik/services/schulung/schulungsangebot/schulungszentrum-schramberg.html
Maintenance Courses TruFlow 2000 to 8000
Part 3 TLF 2000 to 15000
course
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Maintenance Course / Control
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87
Consulting /
Seminars
Applications
TRUMPF training opportunities range from information days
With the wide range of opportunities that are offered, there
and seminars, workshops and business simulations, to
must be a topic that arouses your interest. Please check
custom consulting. The topics are multi-faceted: applications,
the following pages for course descriptions and schedules.
sheet metal design, SYNCHRO, the TRUMPF production
system, tools or materials.
Application Consulting /
Production assistance
Creative Part Design
Seminar
Workshop
Production Processes
Office Processes
SYNCHRO in the office Information Day
Materials
Material sciences
Tools
Punching into the 3rd dimension
SYNCHRO Information Day
SYNCHRO Business Games
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89
SYNCHRO Workshop
Seminars Material Sciences and Tools
Workshop for
Part Design
Dimension, shape,
position and surface tolerances
for sheetmetal parts
Target Group
Employees from the fields design engineering, production planning and production
Target Group
Designers and developers as well as
employees from the areas quality management and process planning
Prerequisites
None
Prerequisites
Knowledge of technical drawing practice
Subjects
Elaborating design and engineering rules |
active and creative part design from you
daily engineering and/or production life |
elaborating new, cost-efficient and process optimized designs | handling the components of the sheet metal process | producing an idea from the workshop in our
showroom: from the idea to the finished
part
Subjects
Dimensions and dimensional tolerances (EN
ISO 14660 and new EN ISO 14405-1/-2) |
ISO- dimensional tolerance coding (new
EN ISO 286-1) | general tolerances (ISO
2768 and new EN ISO 8062) | shape and
position tolerances (EN ISO 1101:2008),
tolerancing principles | references and reference systems (new EN ISO 5459) | surface
roughness (among other things new EN ISO
1302) | acceptance criteria for surfaces
Main topics possible
sheet metal design I tube design I laser
welding design
Venue
Seminar: Ditzingen-based general training
course with trainees from various customers
Workshop: Customer-individual meeting
(in Ditzingen and/or onsite)
Objectives
You will acquire knowledge and suggestions on efficient part designing taking
up-to-date production possibilities of sheet
metal processing into account.
Duration
1 - 3 days
90
Sheet metal
design
Laser welding
design
Tube
design
Workshop
(for one customer)
3 days
2 days
1 day
Seminar
(open to all)
3 days
2 days
1 day
Application consulting
(for one customer)
1 day
1 day
1 day
Objectives
You will be able to comprehend the essential standard modifications in the wake
of conversion to international standards,
recognize faulty, ambiguous or unclear
records in technical drawings, understand
important "default rules" and safely interpret new ISO symbolism as well as optimize
design drawings.
Duration
2 days
Material sciences - selection,
processing and standardization
of sheet metal materials
Target Group
Employees from the fields production, design engineering, development, purchasing
and sales as well as design engineers and
operators
Prerequisites
Basic knowledge of materials (e.g. by
skilled worker training)
Subjects
New European material standardization
for steels (DIN EN 10027) and aluminium
materials (DIN EN 515, DIN EN 573, DIN EN
1706 and DIN EN 1780) | interpretation of
standard designations with regard to material processibility | structure and internal
structure of steels and aluminium materials
as well as how they are influenced by
processing (welding, forming etc.) | optimization of manufacturing process with
regard to material and processing influence
of faults | surface technology
Objectives
You will be able to comprehend the European Standard Norm and you will get to
know the influencing factors concerning
the inner structure of the material during
the production procedure. This will help
you to recognize all faults on time and will
optimize your manufacturing process.
Punching into the 3rd dimension –
Flexible Forming on the Punching
Machine
Machine Types
TruPunch 1000 / 2020 / 3000 / 5000,
TruMatic 3000 / 6000 / 7000,
TRUMATIC 2000 R
Target group
Design engineers and operators
Subjects
The TRUMPF tool system | reduction of
production costs by TRUMPF tools | flexible
forming processes (component optimization, design engineering guidelines) |
innovations, complete processing, special
applications and problem solutions | tour
through the tool production
Objectives
You will acquire a detailed overview of
standard / special tools as well as their
possibilities of use. You will be able to
assess the feasibility of forming processes.
Detailed information on our tool applications will be conveyed to you.
Duration
2 days
Duration
2 days
91
Workshop Part Design
Application Consulting /
Production Assistance
Prerequisites
Participants have completed the requisite
operating and programming courses for
your TRUMPF machine
Subjects
Imparting application knowledge based on
your TRUMPF products | The subject matter is tailored to your needs |
Example: Increase productivity through the
use of optimized sheet layouts; reduce part
production times by using suitable processing strategies; exploit all resources offered
by the TruTops programming software;
selective use of tools for different applications; analysis and optimization of the
production workflow
Objectives
You will acquire full potential of machine
programming software, being able to
improve the quality of parts and components, boost productivity, increase process
reliability in production workflow.
SYNCHRO Consulting
SYNCHRO
SYNCHRO
SYNCHRO
Information Day
Business Games
Workshop
Target Group
Executives
Target Group
Executives
Target Group
Executives and employees
Prerequisites
None
Prerequisites
Knowledge of the SYNCHRO Information
Day would be beneficial
Prerequisites
None, appointments are made individually
Subjects
Convey the philosophie of TRUMPF producion system SYNCHRO | present objectives,
concepts and action in the implementation
of SYNCHRO | getting familiar with principles, methods and tools (SYNCHRO house) |
guided plant tour to SYNCHRO stations |
discussion and question meeting with a
TRUMPF plant manager
Objectives
You will be able to understand SYNCHRO
and recognize applications.
Duration
1 day
Subjects
Convey the philosophy of TRUMPF producion system SYNCHRO (short form) | objectives, concepts and action by implementation I showing company waste | learning
process improvements and organizational
modification steps with SYNCHRO | guided
plant tour to SYNCHRO stations
Objectives
You will be able to convince executives
of the value of SYNCHRO and to show
the potential and practical application of
SYNCHRO.
Duration
1 day
Subjects
A topic defined by the customer is processed by executives and employees on-site;
advantages and benefit of SYNCHRO is
shown by means of practical examples.
Among others the following topics can be
treated: work flow design | 5A (cleanliness and order logistics (Kanban) | tooling
time optimization TPM (total productive
maintenance) | small-scale production flow
| implementation of flow production etc.
Objectives
You will be able to understand SYNCHRO
and to detect waste. You elaborate first
improvement measures and initiate first
implementation steps.
Duration
At least 2 to 3 days, depending on
selection of topics
Duration
According to demand
SYNCHRO in the office
Information Day
Target Group
Executives and employees
Prerequisites
None
Subjects
Convey the office SYNCHRO philosophy |
present objectives, concepts and action in
the implementation of SYNCHRO | studying individual methods (4-stage model) |
company tour to office SYNCHRO stations |
discussions and questions
Objectives
You will be able to understand office
SYNCHRO and recognize applications.
92
93
Duration
1 day
Consulting | Seminars
Duration
Applications
Application Consulting / Production Assistance
According to demand
Part Design
Seminar sheet metal design
3 days
Seminar laser welding design
2 days
Seminar tube design
1 day
Workshop sheet metal design
3 days
Workshop laser welding design
2 days
Workshop tube design
1 day
bility
a
urse avail
les and co
u
d
e
h
sc
test
For the la
bsite at
e
ch
se
a
ple
m/t
trumpf.co
www.my
SYNCHRO
Information Day
1 day
Business Games
1 day
Workshop
3 - 5 days
SYNCHRO in the office
Information Day
1 day
Materials
Dimension, shape, position and surface tolerances for sheetmetal parts
2 days
Material sciences - selection, processing and standardization of sheet metal materials
2 days
Tools
94
2 days
95
Punching into the 3rd dimension - flexible forming on the punching machine
TRUMPF is certified according to ISO 9001:2008
Ident No. 1598560_201303_Web – Subject to change
(for further information see www.trumpf.com/en/quality)
TRUMPF Werkzeugmaschinen GmbH + Co. KG | Training Center Ditzingen
Schuckertstrasse 16 · 71254 Ditzingen · Germany
Phone +49(0)7156 303-30500· Fax +49(0)7156 303-930710
E-Mail [email protected] · Homepage www.mytrumpf.com/training/en

Customer - TRUMPF Werkzeugmaschinen

Transcription

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