[Mynx 5400-6500-7500].

Heavy Duty Vertical Machining Center
Heavy Duty Vertical Machining Center
Heavy Duty Vertical Machining Center The Mynx series is designed to offer exceptionally high rigidity
and powerful spindles that form the support for heavy-duty machining to satisfy our customers'
demands for high productivity.
Mynx 5400 #40
02
Mynx 6500 #50
Improved features found on the Mynx series include a wide selection of spindles, an increased toolstorage capacity on a cam-type tool changer, an extended Y stroke, an easy operation software
package, and more compared to the previous models. Together they enable maximum machining
capability and ease of operation for a spectrum of machining operations.
High
Productivity
Large
Capacity
Easy
Operation
* Spindle : Mynx 6500 #50
03
High Rigidity
The highly-rigid body found on the Mynx series
enables exceptionally heavy-duty machining.
Mynx 5400/6500/7500
High Rigidity
The highly-rigid body structure is obtained by using the latest
FEM analysis method, which optimizes the static and dynamic
stiffness characteristics of the Mynx series.
The resulting arch-shaped body structure provides an unrivalled
level of rigidity, enabling an unsurpassed performance in heavyduty
machining.
Arch-shaped body
High Rigidity Design
A solid machine structure was realized through 3D-based
computer simulation.
Static stiffness
Dynamic stiffness
The highly rigid body raises
the static stiffness by 30%
compared to the previous
model.
Dynamic stiffness of the X,
Y, and Z axes is significantly
improved. High-frequency
response is increased by 30%
when compared to previous
models.
※ F inite Element Method (FEM) analysis is used to design an
exceptionally stable body.
04
Broader box guideways
Wider than
previous Model
Compared to the previous models, the broader box guideways
greatly improve the machine's dynamic characteristics.
Z-axis Span width
Z-axis Span Length
Mynx5400
Mynx6500
22%
32%
5%
8%
Improves the
machining durability
of the Z-axis.
Scraping of surface
The sliding surface of each
guideway is bonded with
Rulon® 142 to reduce friction,
then hand scraped for a perfect fit.
Longer
than
previous
Model
Unit : mm (inch)
Extension of the Y-axis stroke
The extended Y-axis stroke allows wider work area
compard to the previous model.
Mynx5400 : 540(21.3)
Mynx6500 : 670(26.4)
Mynx7500 : 762(30.0)
Mynx5400 : 1020(40.2)
Mynx6500 : 1270(50.0)
Mynx7500 : 1525(60.0)
Rapid traverse
X-axis
m/min(ipm)
Y-axis
m/min(ipm)
Z-axis
m/min(ipm)
Mynx5400 : 530(20.9)
Mynx6500 : 625(24.6)
Mynx7500 : 625(24.6)
Mynx 650
Mynx
5400/6500/7500
24 (944.9)
24 (944.9)
20 (787.4)
30 (1181.1)
30 (1181.1)
24 (944.9)
Previous Model
Mynx540
Mynx650
Mynx750
510 mm(20.1 inch)
650 mm(25.6 inch)
762 mm(30.0 inch)
Mynx 5400/6500/7500
Mynx5400
Mynx6500
Mynx7500
540 mm(21.3 inch) 30mm(1.2 inch) UP
670 mm(26.4 inch) 20mm(0.8 inch) UP
762 mm(30.0 inch)
05
High Power
A selection of powerful spindles enables the Mynx series
to perform rigorous heavy-duty machining.
Mynx 5400/6500/7500
Belt driven
std.
40 taper spindle is a true cartridge
type unit supported by four
precision class high speed bearings
which are permanently greased and
lubricated. The spindle is driven by
a high torque A.C. motor delivering
high power.
Gear driven
opt.
The two-step gearbox generates
an exceptionally high torque
for the broadest spectrum of
heavy-duty machining.
(Only for taper #50)
Dual contact (BIG PLUS)
The Big Plus system provides simultaneous dual
tool-holder contact at the tapered side and the
nose face of the spindle.
Taper
contact
std.
Flange
contact
A wide selection of spindles
The Mynx series' wide selection
of spindles enables customers to
optimize performance for various
machining operations.
Model
Taper Speed
Power
[DIN] r/min Transmission
#40
MYNX 5400
MYNX 6500
#50
#40
MYNX 7500
#50
8000
12000
6000
Belt-driven
Max. Torque
N.m (ft-lbs)
std.
11/15 (14.7/20.1)[Con./30min]
191.1 (140.5) [30min]
opt.
15.6/15.6 (20.9/20.9)[Con./30min]
165.7 (121.8) [30min]
Mynx 5400 std.
11/15/15 (14.7/20.1/20.1)[Con./15min/30min]
286.4 (210.6) [15min]
Mynx 5400 opt.
15/18.5 (20.1/24.8)
306.9 (225.7) [30min]
Mynx 6500 std.
11/15/15 (14.7/20.1/20.1)[Con./15min/30min]
[Con./30min]
286.4 (210.6) [15min]
Mynx 6500 opt.
15/18.5 (20.1/24.8)[Con./30min]
306.9 (225.7) [30min]
Gear-driven
opt.
18.5/22 (24.8/29.5)[Con./30min]
452.52 (332.7) [30min]
8000
Belt-driven
opt.
11/15/15 (14.7/20.1/20.1)[Con./15min/30min]
286.4 (210.6) [15min]
12000
Belt-driven
std.
22/26 (29.5/34.9)[Con./30min]
165.7 (121.8) [30min]
6000
8000
06
Belt-driven
Spindle motor Power
kW (Hp)
std.
15/18.5 (20.1/24.8)[Con./30min]
306.7 (225.5) [30min]
opt.
18.5/22 (24.8/29.5)[Con./30min]
365.5 (268.8)
Gear-driven
opt.
18.5/22 (24.8/29.5)[Con./30min]
452.52 (332.7) [30min]
Belt-driven
opt.
11/15/15 (14.7/20.1/20.1)[Con./15min/30min]
286.2 (210.4) [15min]
Belt-driven
* Spindle : Mynx 6500 #50
Spindle power-torque diagram
# 40
8000 r/min
Torque : N.m(ft-lbs)
Belt driven
Mynx 5400 / 6500
•spindle motor power
15/11 kW
(20.1/14.8 Hp)
Power
Torque
: kW(Hp)
: N.m(ft-lbs)
Torque : N.m(ft-lbs)
Power : kW(Hp)
8000
r/min
191.2(141.1)
140.2(103.5)
23.5(17.3)
17.7(13.1)
12.7(9.4)
10.8(8.0)
Torque :0N.m(ft-lbs)
191.2(141.1)
140.2(103.5)
PowerTorque
: kW(Hp)
: N.m(ft-lbs)
Mynx
5400/6500
std.
Torque
: N.m(ft-lbs)
Power : kW(Hp)
Torque : N.m(ft-lbs)
15.0(20.1)
30 Minutes 11.0(14.8)
Continuous 9.0(12.1)
23.5(17.3)
17.7(13.1)
12.7(9.4)
10.8(8.0)
750
Torque :0N.m(ft-lbs)
Spindle speed (r/min)
191.2(141.1)
140.2(103.5)
30 MinutesMynx 750 std.
Torque : N.m(ft-lbs)
Continuous
165.7(122.3)
165.7(122.3)
140.2(103.5)
11.0(14.8)
30 Minutes
•spindle9.0(12.1)
motor power
Continuous
15.0(20.1)
140.2(103.5)
Mynx
5400
/ 6500
15.6/15.6 kW
(20.9/20.9 Hp)
60008000
Power
: kW(Hp) 750
Spindle speed (r/min)
15.0(20.1)
30 Minutes 11.0(14.8)
Power : kW(Hp)
Continuous
9.0(12.1)
Belt driven
15.7(11.6)
12.7(9.4)
11.8(8.7)
8.8(6.5)
60008000
Power
: kW(Hp)
Torque
: N.m(ft-lbs)
Torque
: N.m(ft-lbs)
Power
: kW(Hp)
Power : kW(Hp)
Belt driven
191.2(141.1)
140.2(103.5)
30 Minutes
Continuous
30 Minutes
Continuous
15.6(20.9)
15.0(20.1)
11.0(14.8)
15.6(20.9)
140.1(103.4)
15.0(20.1)
117.6(86.8)
11.0(14.8)
96.0(70.8)
14
1
15 Minutes
30 Minutes
Continuous
34.3(25.3)
29.4(21.7)
23.5(17.3)
15.7(11.6)
17.6(13.0)
12.7(9.4)
12.7(9.4)
11.8(8.7)
10.8(8.0)
8.8(6.5)
900 1064 9491
12000
900 1064 9491
12000
Power
:
kW(Hp)
Power
: kW(Hp)
Torque : N.m(ft-lbs)
Torque
:0N.m(ft-lbs)
11673
11673 speed (r/min)
Spindle speed (r/min)
Spindle
165.7(122.3)
15.0(20.1)
140.2(103.5)
165.7(122.3)
140.2(103.5)
15.6(20.9)
15.0(20.1)
15.6(20.9)
140.1(103.4)
15.0(20.1)
117.6(86.8)
11.0(14.8)
30 Minutes
Power : kW(Hp)
Torque
: N.m(ft-lbs)
Torque : N.m(ft-lbs) 30 Minutes
Power11.0(14.8)
: kW(Hp)
9.0(12.1)
12000
r/min
Continuous
Continuous
11.0(14.8)
Power
: kW(Hp)
96.0(70.8)
Belt driven
Spi
14
1
15 Minutes
30 Minutes
Continuous
26.0(34.9)
26.0(34.9)
22(29.5)
22(29.5)
22.0(29.5)
22.0(29.5)
34.3(25.3)
18.5(24.8)18.2
18.5(24.8)18.2
15.6(20.9)
165.7(122.3)
165.7(122.3)
15.0(20.1)
15.0(20.1)
140.1(103.4)
140.1(103.4)
15.0(20.1)
15.0(20.1)
29.4(21.7)
15.0(20.1)
140.2(103.5)
140.2(103.5)
Mynx
7500
23.5(17.3)
23.5(17.3)
11.0(14.8)
11.0(14.8)
117.6(86.8)
117.6(86.8)
14.8(19.8)(24.4)
14.8(19.8)(24.4)
23.5(17.3)
30
Minutes
30
Minutes
11.0(14.8)
11.0(14.8)
30 Minutes
15.7(11.6)
15.7(11.6)
96.0(70.8)
11.2(15.0)
11.2(15.0)
17.7(13.1) .
17.7(13.1) . 15 Minutes
15 Minutes
17.6(13.0)
Continuous
Continuous
•spindle motor power 96.0(70.8)
•spindle
motor
power
.
.
12.7(9.4)
12.7(9.4)
Torque
:
N
m(ft-lbs)
Power
:
kW(Hp)
Torque
:
N
m(ft-lbs)
Power
:
kW(Hp)
Torque
: N.m(ft-lbs)
Torque
:
N
m(ft-lbs)
Power
:
kW(Hp)
Torque
:
N
m(ft-lbs)
Power
:
kW(Hp)
Continuous
12.7(9.4)
12.7(9.4)
11.8(8.7)
11.8(8.7)
30 Minutes 12.7(9.4)
30 Minutes
900(664.2)
735.5(542.8)
70(93.9)
735.5(542.8)
70(93.9)
10.8(8.0)
10.8(8.0)
10.8(8.0)
8.8(6.5)
8.8(6.5)
22/15 kW
kW
Continuous286.4(211.4)0
Continuous
286.4(211.4)
750
60008000
900 1064 9491 12000
750 22/26
60008000
900 1064 9491
12000
306.9(226.5)
306.9(226.5)
37.3(27.5)
37.3(27.5)
34.3(25.3) 0
34.3(25.3)
365.5(269.7)0
36
31.4(23.2)Hp)
31.4(23.2)
11673 speed (r/min)
11673
29.4(21.7)
29.4(21.7)
249.1(183.8)
307.7(227.1)
249.1(183.8)
30
190.9(140.9)
190.9(140.9)
Spindle
speed (r/min) 30 Minutes
Spindle
Spindle
speed (r/min)
Spindle speed (r/min) (34.9/29.5
Spi
(29.5/20.1 Hp)
30 Minutes
30 Minute
18.5(24.8)
18.5(24.8)
23.5(17.3)
23.5(17.3)
15.0(20.1)
15.0(20.1) Continuous
140(103.3)
140(103.3)
Continuous
15.0(20.1)
15.0(20.1)
15.7(11.6)
15.7(11.6)
Continuou
17.6(13.0)
17.6(13.0)
11.0(14.8)
11.0(14.8)
95.5(70.5)
95.5(70.5)
12.7(9.4)
12.7(9.4)
51.0(37.6)
51.0(37.6)
11.8(8.7)
11.8(8.7)
60.8(44.9)
12.7(9.4)
12.7(9.4)
15
Minutes
15
Minutes
9.0(12.1)
9.0(12.1)
11.8(8.7)
11.8(8.7)
41.2(30.4)
41.2(30.4)
8.8(6.5)
8.8(6.5)
51.0(37.6)
7.5(70.1)
7.5(70.1)
10.8(8.0)
10.8(8.0)
7.5(10.1)
7.5(10.1)
8.8(6.5)
8.8(6.5)
30 Minutes
30 Minutes
900 1064 9491
900 1064 9491
12000
6000
0: N.m(ft-lbs)Continuous
6000
8000
6000 8000
60008000
14.7(10.8)
14.7(10.8)
17.6(13.0)
Torque
: N.m(ft-lbs)
Torque : N.m(ft-lbs)
Torque :0N.m(ft-lbs)1500Continuous
Power
: kW(Hp)1500 Power
: kW(Hp)
Torque0: N.m(ft-lbs)
Torque :0N.m(ft-lbs) 1500 6000
Power : kW(Hp) 1500 Power
: kW(Hp)
Power
: kW(Hp)
Power12000
:Torque
kW(Hp)
Power
: kW(Hp)
12000
11673
11673speed (r/min)
11.8(8.7)
11.8(8.7)
14.7(10.8)
Spindle speed (r/min) Spindle
Spindle
speed (r/min) Spindle12000
Spindle speed (r/min) Spindle speed (r/min)
speed (r/min)
26.0(34.9)
26.0(34.9)
2.4(3.2)
2.4(3.2)
22(29.5)
22(29.5)
22.0(29.5)
22.0(29.5)
18.5(24.8)18.2
18.5(24.8)
165.7(122.3)
165.7(122.3)
15.6(20.9)
15.6(20.9)
165.7(122.3)
165.7(122.3)
18.2
1.8(2.4)
1.8(2.4)
15.0(20.1)
15.0(20.1)
15.0(20.1)
140.1(103.4)
140.1(103.4)
15.0(20.1)
15.0(20.1)
140.2(103.5)
140.2(103.5)
15.0(20.1)
15.0(20.1)
140.2(103.5)
140.2(103.5)
(24.4)
(24.4)
11.0(14.8)
11.0(14.8)
117.6(86.8)
14.8(19.8)
117.6(86.8)
14.8(19.8)
30 Minutes
30 Minutes
11.0(14.8)
11.0(14.8)
11.0(14.8)
30 Minutes
30 Minutes
96.0(70.8)
11.2(15.0)
96.0(70.8)
11.2(15.0)
15
Minutes
15
Minutes
9.0(12.1)
Continuous
Continuous
0
500
750
6000
0
0
500
750
6000
0
575
34506000
575
34506000
Mynx 5400
std.
Mynx 6500/7500
std.
.m(ft-lbs)
.m(ft-lbs)
Continuous
Continuous
: N.m(ft-lbs)
Power
:
kW(Hp)
Torque : N.m(ft-lbs)30 MinutesTorque
Power
:
kW(Hp)
Torque
:
N
Torque
:
N
Power
:
kW(Hp)
Power
Torque
:
kW(Hp)
:0N.m(ft-lbs)
30 Minutes Spindle speed (r/min)
Spindle speed (r/min)
Spindle
speed (r/min)
Spin
Spindle speed
(r/min)
900(664.2)
735.5(542.8)
735.5(542.8)
70(93.9)
70(93.9)
Continuous
Continuous
286.4(211.4)
286.4(211.4)
37.3(27.5)
37.3(27.5)
34.3(25.3)
34.3(25.3)
306.9(226.5)
306.9(226.5)
365.5(269.7)
36
31.4(23.2)
31.4(23.2)
29.4(21.7)
29.4(21.7)
249.1(183.8)
307.7(227.1)
249.1(183.8)
30
190.9(140.9)
190.9(140.9)
30 Minutes
30 Minutes 18.5(24.8)
30 Minut
23.5(17.3)
23.5(17.3)
18.5(24.8)
Mynx 5400 / 6500 140(103.3)
Mynx 5400
/ 6500
15.0(20.1)
15.0(20.1)
140(103.3)
Continuous
Continuous
15.7(11.6)
15.7(11.6)
15.0(20.1)
15.0(20.1)
Continuo
17.6(13.0)
17.6(13.0)
11.0(14.8)
11.0(14.8)
12.7(9.4)
95.5(70.5)
95.5(70.5)
.m(ft-lbs)
.m(ft-lbs)
.
.
.
.
11.8(8.7)
11.8(8.7)
51.0(37.6)
51.0(37.6)
Power
Torque
: 12.7(9.4)
kW(Hp)
:
N
Torque
:
N
Power
:
kW(Hp)
Power
Torque
:
kW(Hp)
:
N
m(ft-lbs)
Torque
:
N
m(ft-lbs)
Power
:
kW(Hp)
Power
:
kW(Hp)
Torque
:
N
m(ft-lbs)
Torque
:
N
m(ft-lbs)
Power
:
kW(Hp)
Power
:
kW(Hp)
60.8(44.9)
12.7(9.4)
12.7(9.4)
15 Minutes
15 Minutes
9.0(12.1)
9.0(12.1)
11.8(8.7)
11.8(8.7)
•spindle
motor power 900(664.2)
/ 7500
8.8(6.5)
8.8(6.5)
41.2(30.4)
41.2(30.4)
51.0(37.6)
7.5(70.1)
7.5(70.1)
10.8(8.0)
10.8(8.0)
900(664.2)
735.5(542.8)
735.5(542.8)
70(93.9)
70(93.9)
70.0(93.9)
70.0(93.9)
8.8(6.5)
8.8(6.5)
7.5(10.1)
30 Minutes
30 Minutes
30
30 Minutes 1500 6000 7.5(10.1)
452.0(333.6)
900 106415/15/11
9491 12000 kW
1500
6000 8000
1500 6000
60008000
900 1064 9491365.5(269.7)
12000 0
1500 •6000
8000
0 power 452.0(333.6)
0 Minutes
306.9(226.5)
306.9(226.5)
14.7(10.8)
14.7(10.8)Continuous
Continuous
Continuous
17.6(13.0)
spindle
motor
365.5(269.7)0
Continuous
12000
12000
11673
11673
11.8(8.7)
11.8(8.7)speed (r/min) Spindle speed (r/min)
14.7(10.8)
249.1(183.8)
249.1(183.8)
307.7(227.1)
307.7(227.1)
Spindle speed (r/min)
Spindle speed
(r/min)
Spindle
Spindle speed (r/min)
Spindle speed (r/min)
30 Minutes
30 Minutes
22.0(29.5)
22.0(29.5)
30 Minutes
30 Minutes
380.5(280.8)
380.5(280.8)
18.5(24.8)
22.0(29.5)
22.0(29.5)
15.0(20.1)
(20.1/20.1/14.8
Hp) 18.5(24.8)
18.5/15
kW
Continuous
Continuous
18.5(24.8)
18.5(24.8)
15.0(20.1)
15.0(20.1)
2.4(3.2)
2.4(3.2)
Continuous
Continuous
11.0(14.8)
18.5(24.8)
18.5(24.8)
51.0(37.6)
51.0(37.6)
60.8(44.9)
60.8(44.9)
1.8(2.4)
1.8(2.4)Hp)
9.0(12.1)
9.0(12.1)
(24.8/20.1
11.0(14.8)
11.0(14.8)
41.2(30.4)
41.2(30.4)
51.0(37.6)
51.0(37.6)
7.5(70.1)
7.5(10.1)
7.5(10.1)
9.0(12.1)
9.0(12.1)
14.7(10.8)
14.7(10.8)
17.6(13.0)
17.6(13.0)
0
500 750
6000
500 750
6000 0
575
34506000
575
34506000 0
11.8(8.7)
11.8(8.7)
14.7(10.8) 0
14.7(10.8) 0
165.7(122.3)
15.0(20.1)
140.2(103.5)
11.0(14.8)
9.0(12.1)
165.7(122.3)
140.2(103.5)
30 Minutes
Continuous
# 50
Belt-driven
15.6(20.9)
15.0(20.1)
Mynx 7500
6000 r/min
6000 r/min
Belt driven
Belt driven
Spindle speed (r/min)
2.4(3.2)
1.8(2.4)
Spindle speed (r/min)
Gear-driven
50 Power
6000
0: N.m(ft-lbs)
34506000
34506000
3450
6000
0: N.m(ft-lbs)
: kW(Hp)
Torque :0N.m(ft-lbs)575
Power
:Torque
kW(Hp)
Torque :0N.m(ft-lbs)575
Torque
Power : kW(Hp) 575
Power
: kW(Hp)575
Spindle speed (r/min) Spindle speed70(93.9)
(r/min)
Spindle
speed (r/min) Spindle speed70.0(93.9)
(r/min)
900(664.2)
900(664.2)
735.5(542.8)
735.5(542.8)
70(93.9)
306.9(226.5)
306.9(226.5)
365.5(269.7)
365.5(269.7)
249.1(183.8)
307.7(227.1)
307.7(227.1)
249.1(183.8)
30 Minutes
30 Minutes
22.0(29.5)
30 Minutes
30 Minutes
18.5(24.8)
18.5(24.8)
15.0(20.1)
Continuous
Continuous
18.5(24.8)
15.0(20.1)
15.0(20.1)
Continuous
Continuous
Mynx 7500
11.0(14.8)
51.0(37.6)
51.0(37.6)
60.8(44.9)
60.8(44.9)
9.0(12.1)
9.0(12.1)
11.0(14.8)
41.2(30.4)
41.2(30.4)
51.0(37.6)
7.5(70.1)
7.5(10.1)
9.0(12.1)
•spindle7.5(10.1)
motor power 51.0(37.6)
14.7(10.8)
14.7(10.8)
17.6(13.0)
17.6(13.0)
11.8(8.7)
11.8(8.7)
14.7(10.8)
14.7(10.8)
22/18.5 kW
750
Power
Torque
: kW(Hp)
:r/min
N.m(ft-lbs)
12000
6000 r/min
Belt driven
2.4(3.2)
1.8(2.4)
6000
0
(29.5/24.8 Hp)
0
575
34506000
575
Spindle speed (r/min) Spindle speed (r/min)
34506000
0
0
575
3450 6000
575
Spindle speed (r/min) Spindle speed (r/min)
Spindle
speed (r/min)
Spindle speed (r/min)
118.7(87.6)
118.7(87.6)
99.8(73.7)
99.8(73.7)
35.0(25.8)
35.0(25.8)
29.4(21.7)
29.4(21.7)
3450 6000
464.3 Torque : N.m(ft-lbs)
464.3
1770
6000: kW(Hp)1770
Power
: kW(Hp)
Torque : N.m(ft-lbs)
Power
Spindle speed
(r/min) Spindle speed
(r/min)
70.0(93.9)
30 Minutes
452.0(333.6)
452.0(333.6) 30 Minutes
Continuous
Continuous
22.0(29.5)
380.5(280.8)
380.5(280.8)
22.0(29.5)
Mynx18.5(24.8)
5400 / 6500
18.5(24.8)
11.0(14.8)
9.0(12.1)
/ 7500
6000 r/min
Spi
6000
Power
: kW(Hp)
Gear driven
•spindle motor power
118.7(87.6)
22/18.5
kW
99.8(73.7)
35.0(25.8)
(29.5/24.8
Hp)
29.4(21.7)
3450 6000
118.7(87.6)
99.8(73.7)
35.0(25.8)
29.4(21.7)
464.3
1770
464.3
6000
1770
22.0(29.5)
18.5(24.8)
6000
Spindle speed (r/min) Spindle speed (r/min)
07
Machining Capacity
The Mynx series provides high machining performance in various cutting processes.
Face mill BT40 [15/11 kW (20.1/14.8 HP)]
•
ø80mm (3.15 in.) Face mill (5Z)
Carbon steel (SM45C)
Machining rate
422 cm /min
Drill BT40
•
ø50mm (1.97 in.) Drill
(16.6 in3/min)
Feedrate
Spindle speed
1100
mm/min
(43.3 ipm)
ø125mm (4.92 in.) Face mill (8Z)
Carbon steel (SM45C)
Machining rate
504 cm /min
Spindle speed
575 r/min
250 r/min
Feedrate
Feedrate
Carbon steel (SM45C)
Machining rate
624
cm3/min
(38 in3/min)
Spindle speed
08
Tool
Spindle speed
Face mill BT50 Gear-driven [22/18.5 kW (29.5/24.8 HP)]
464 r/min
100 mm
(3.9 in.)
Carbon steel (SM45C)
M36 x P4.0
(27.6 ipm)
ø125mm (4.92 in.) Face mill (8Z)
Tap BT40
(19.8 in3/min)
720 mm/min
6.0 mm
(0.23 in.)
mm/min
(1.7 ipm)
Feedrate
3
•
42
750 r/min
Face mill BT50 [18.5/15 kW (24.8/20.1 HP)]
•
Spindle speed
200 r/min
3
6.0 mm
(0.23 in.)
Carbon steel (SM45C)
Feedrate
1040
mm/min
(40.9 ipm)
1000
mm/min
(39.4 ipm)
90˚
Machining Accuracy
180˚
0˚
The Mynx series can be equipped with features that reduce thermal deformation for enhanced machining
accuracy.
10µm
270˚
Roundness
Roughness
90˚
P- R- W- Profile leveled Filter ISO 11562 (M1)
Lc / Ls = 300 Lc = 0.800 mm
2.5
5.8 µm
Ra 0.12 µm
180˚
0.0
0˚
[µm]
-2.5
• Model : Mynx 6500
• Material :A7075F
• Tool : Endmill ø16mm (ø 0.6 in.)
(4 blades)
10µm
270˚
Pick-up TK300
Lt = 4.80 mm Vt = 0.50 mm/s
• Spindle speed : 8000 r/min
• Feedrate : 1000 mm/min (39.4 ipm)
P- R- W- Profile leveled Filter ISO 11562 (M1)
Lc / Ls = 300 Lc = 0.800 mm
Features provided2.5to reduce thermal deformation
0.0
Fresh air
[µm]
-2.5
Heated air is forced from the
casting and replaced by cooler
fresh air. This minimizes the
risk of thermal deformation,
and reduces Z-axis thermal
growth by 30% compared to
the previous models.
Heated Air
Fresh Air
Pick-up TK300
Lt = 4.80 mm Vt = 0.50 mm/s
Linear scale
opt.
The coolant chiller lowers coolant temperature, helping to cool
both the workpiece and tool during the machining operation.
Resolution :
0.001 mm
Coolant chiller
Oil cooler
opt.
Closed loop feedback system by optical linear scales
ensures supreme positioning accuracy. Available on
the X, Y and Z axes.
opt.
The oil cooler keeps the coolant at
a constant temperature.
The oil circulates around the
spindle and bearings to minimize
thermal deformation of the spindle.
Coolant chiller
Coolant tank
09
Automatic Tool Changer
Increased tool storage capacity and shorter tool change time on a cam-type tool changer provides high
machining productivity.
A wide selection of tool magazine
Model
Mynx 5400
Mynx 6500
Mynx 7500
Taper
Tool std.
Tool opt.
#40
30
40
#50
24
-
#40
30
40
#50
24
30 *
#40
30
40
#50
24
40 *
Drum type magazine
with CAM
Tool change time (T-T-T)
Taper #40 Taper #50 Loop type magazine
with CAM *
1.5 s 2.5 s 1.3 s
2.5 s
Tool storage capacity
Taper #40 Taper #50 Previous model
Mynx series
24 tools 16 tools 30 tools std. , 40 tools opt.
24 tools std. , 30 tools opt. , 40 tools opt.
Maximum tool size
Length
mm (inch)
W
L
10
Previous
Mynx 5400/6500
Weight
kg (Ib)
Previous
Mynx 5400/6500
Taper #40
250 (9.8)
300 (11.8)
8 (17.6)
8 (17.6)
Taper #50
300 (11.8)
350 (13.8)
12 (26.5)
15 (33.1)
Chip Disposal
Chip control is important to increase productivity and to enhance the operator's working environment.
The Mynx series offers many features to optimize chip disposal.
Inner structure for effective chips and coolant flow
The inner structure of the Mynx series machines is designed to lead the flow of chips and coolant into a front-mounted chip pan
for effective chip disposal.
Through spindle coolant
Shower coolant
opt.
opt.
Middle pressure : 1.96 Mpa (284.2 psi) [20 bar]
High pressure : 6.86 Mpa (994.7 psi) [70 bar]
Internal screw conveyor
std.
Chip conveyor
Hinge type
Flood coolant
opt.
Scraper type
Drum filter type
std.
Coolant Gun
opt.
Larger Coolant Tank Capacity
Increased coolant tank capacity improves the
efficiency of machine operation.
Previous Model
Mynx540
Mynx650
Mynx750
300ℓ(79.3 galon)
300ℓ(79.3 galon)
300ℓ(79.3 galon)
Mynx series
Mynx5400
Mynx6500
Mynx7500
380ℓ(100.4 galon)
380ℓ(100.4 galon)
430ℓ(113.6 galon)
11
Easy Set-up
Operating Console
std.
1
The wide screen displays more useful infromation for the
operator. Doosan's customized pages make setting up,
operating, and machine condition monitoring easier.
1
6
5
10.4" Color TFT LCD Monitor as Standard Feature
10.4"
Previous Model
8.4"
2
Pentium Board is standard. Easy retrofit of AICC or Easy Guide-i
3
Portable MPG
It makes workpiece setting easier
for the operator
7
4
Easier ATC operation and maintenance.
Magazine : CW
3
4
It gives much easier operation
and maintenance for ATC.
Magazine : CCW
5
PCMCIA Card
6
Embedded Ethernet / RS-232C
7
Swivelling Operating Console
Mynx 5400/6500 only
The easy-to-use operation panel can swivel 0-90°
Workpiece loading
Accessibility
Access to the tool post is optimized for operator's convenience.
A
B
C
Unit : mm (inch)
12
A
B
C
Mynx 5400
830 (32.7)
290 (11.4)
950 (37.4)
Mynx 6500
895 (35.2)
224 (8.8)
950 (37.4)
Mynx 7500
1077 (42.4)
321 (12.6)
1050 (41.3)
Optional Equipment
Various options are available to improve the machine performance for different applications.
Interface for additional equipment
Example : 1 additional axis
Pneumatic
Pneumatic
Hydraulic
Hydraulic
Electronic
Servo
driven
Electronic
Function and Device
Servo driven
Function and Device
※ Hydraulic
power unit may be additionally necessary according to rotary
table specifications.
Connection example of fixture interface
Example : hydraulic fixture
Fixture check list (for hydraulic / pneumatic fixtures)
Pneumatic
Pneumatic
●Pressure source
●Number of ports
Hydraulic
P/T
A/B
1pair (2-PT 3/8"port)
Pneumatic
P/T
A/B
2pair (4-PT 3/8"port)
Hydraulic
Hydraulic
3pair (6-PT 3/8"port)
●Hydraulic power unit
Supply scope :
User
DOOSAN
(Please check the below detail specification,
if you want Doosan to supply.)
U
se Doosan standard unit
24 L/min (6.3 gal/min) /
4.9 MPa (711 psi)
Special requirement
※C
ontact Doosan for more
information
_______ L / min (gal/min) at _______MPa (psi)
Automatic tool measurement
Automatic workpiece measurement Minimum Quantity Lublication (MQL) Oil skimmer
Misting device
13
Easy Operation Package
Doosan's easy operation software package is customized to provide fast and easy operation for tooling, workpiece
and program setup. These features maximize productivity by minimizing time lost during process setup.
Programming
G Code List
M Code List
Tool Data Registry Table
Operator can check
the meaning of each G-code.
Operator can check
the meaning of each M-code.
Operator can edit & check the tool
number of the tool magazine pot.
Pattern Cycle
Calculator
ENGRAVING
It is easy to make pattern cycle
program by this funciton.
Operator can calcute numerical
formula in relation to arc and hole
easily.
It makes "Engraving" programming
easy.
opt.
std.
•Doosan Fanuc i series
•10.4" color TFT LCD
•Part programming storage
1280m
•Embedded Ethernet
Operation / Maintenance
Table Moving for Setup
ATC Recovery Help
Sensor Status Monitor
Alarm Guidance
Enables quick and easy table
movement to either of three
positions during setup.
Allows easy recovery of ATC from
ATC alarm status.
Solenoid valve and sensor status
can be checked without the
electric diagram.
The alarm remedy method for
selected important alarms is
displayed on the screen.
Easy NC Parameter Help
Operation Rate
Tool Load Monitor
Renishaw Gui
Operator can check some
useful parameters for easy
operation.
Manages working and operation
times for each operator.
Damage to tools is minimized by
monitoring the axis and spindle
load during cutting operations.
opt.
opt. Tool measure
Work measure
Tooling and the work piece
measurement are operated through
a conversational control screen.
• Some functions may be unavailable depending on machine model. Please contact Doosan for details.
14
R7
60
(29
.9)
1580(62.2)
1600(63.0)
810(31.9)
1580(62.2)
75 995(39.2)
(3.0)
608.5
1306(51.4)
335(13.2)
495(Y/2 STROKE)
600
435
(19.5) (23.6) (17.1)
190
2452(96.5)
(7.5)
495
600
435
810
(19.5) (23.6) (17.1)
(31.9)
* Distance from nose to table top
190
-Taper 40 2452(96.5)
: 150 (5.9) mm(inch)
(7.5)
Taper 50 : 200 (7.9) mm(inch)
810
(31.9)
2991.5(117.8) [#50/24T]
335(13.2)
(Y/2 STROKE)
1480(58.3)
447
(17.6) 270 157
2470(97.2)
(10.6) (6.2)
2897(114.1)
543
1480(58.3)
447
2991.5(117.8)
[#50/24T]
(21.4)
(17.6) 270 157
2470(97.2)
(10.6) (6.2)
2897(114.1)
335(13.2)
(Y/2 STROKE)
815(32.1)
1
(7
75 995(39.2)
(3.0)
543
(21.4)
* 625(24.6)
(Z STROKE)
(Z STROKE)
1306(51.4)
815(32.1)
830(32.7)
1026(40.4)
* 625(24.6)
1306(51.4)
815(32.1)
1026(40.4)
335(13.2)
(Y/2 STROKE)
1025.4
815(32.1)
2986.5(117.6)830(32.7)
[#50/24T]
1306(51.4)
(40.4)
2136(84.1) 1025.4
703.5
815(32.1)
830(32.7)
772(30.4)
810(31.9)
3200(126.0)
112
(4.4)
112
(4.4)
15
157
(6.2)
* Distance from nose to table top
75 40 : 150 (5.9) mm(inch)
3200(126.0)
-Taper
(3.0)
Taper 50 : 200 (7.9) mm(inch)
772(30.4)
635(25.0)
1400(55.1)
635(25.0)
505(19.9) 825(32.5) 760(29.9)
132
(X/2 STROKE)
(X/2 STROKE)
810(31.9)
1580(62.2)
810(31.9)
(5.2)
2222(87.5)
190
(7.5) 75
3200(126.0)
75 995(39.2)
(3.0)
(3.0)
810(31.9)
1580(62.2)
810(31.9)
830(32.7)
635(25.0)
(X/2 STROKE)
772(30.4)
2744.5(108.1)
2896.5(114.0) [#50/24T]
247
(9.7) 355 119.5
(14.0) (4.7)
1480(58.3)
2270(89.4)
1400(55.1)
(X/2 STROKE)
543
(21.4)
270(10.6)
270(10.6)
635(25.0)
(Y/2 STROKE)
(Y/2 STROKE)
1026(40.4)
2744.5(108.1)
2744.5(108.1)
543
1480(58.3)
2896.5(114.0)
[#50/24T]
(21.4)
2270(89.4)
* 530(20.9)
(Z STROKE)
247
(9.7) 355 119.5
(14.0) (4.7)
1480(58.3)
2270(89.4)
635(25.0)
132
(X/2 STROKE)
(5.2)
Side View
* 530(20.9)
(Z STROKE)
2986.5(117.6) [#50/24T]
(X/2 STROKE)
2222(87.5)
190
(7.5)
75
(3.0)
3200(126.0)
2136(84.1)
703.5
1306(51.4)
830(32.7)
(27.7)
820(32.3)
1316(51.8)
1025.4 2986.5(117.6)
815(32.1)
[#50/24T]
150
(40.4)
2136(84.1)
703.5
(27.7)
820(32.3)
1316(51.8)
94
3.4)
1312(51.7)
FILTER
75
(3.0)
270(10.6)
(Y/2 STROKE)
270(10.6)
270(10.6)
635(25.0)
1400(55.1)
(Y/2 STROKE) 505(19.9)
(Y/2 STROKE)
825(32.5) 760(29.9)
594
(23.4)
1600(63.0)
270(10.6)
(Y/2 STROKE)
505(19.9) 825(32.5) 760(29.9)
132
810(31.9)
1580(62.2)
810(31.9)
(5.2)
190
635(25.0)2222(87.5)
1400(55.1)
635(25.0)
(7.5) (X/2
75 STROKE)
3200(126.0)
75 995(39.2)
(X/2 STROKE)
(3.0)
(3.0)
594
(23.4)
190
(7.5
3200(126.0)
1306(51.4)
3200(126.0)
.3)
9(15
R38
75
(3.0)
995
(39.2)
75
1600(63.0)
(3.0)
995
(39.2)
594
(23.4)
830(32.7)
810(31.9)
1580(62.2)
3200(126.0)
1600(63.0)
75
(3.0)
995
(39.2)
772(30.4)
810(31.9)
TSC FILTER
995
(39.2)
543
(21.4)
3200(126.0)
75
(3.0)
Side View
810(31.9)
2986.5(117.6) [#50/24T]
1306(51.4)
830(32.7)
2136(84.1)
703.5
1025.4
815(32.1)
2986.5(117.6)
(27.7) [#50/24T]
820(32.3) 150 1316(51.8)
(40.4)
2136(84.1)
703.5
1306(51.4)
830(32.7)
(27.7)
820(32.3)
1316(51.8) 815(32.1)
1025.4
* 530(20.9)
150
(Z STROKE)
(40.4)
510(20.1)
1580(62.2)
(X/2 STROKE)
1312(51.7) 772
75
(3.0)
510(20.1)
(X/2 STROKE)
772
1200
(47.2)
TSC FILTER
1312(51.7)
510(20.1)
(X/2 STROKE)
510(20.1)
1200
810(31.9)(47.2)
(X/2 STROKE)
222
(8.7)
R7
60
(29
.9)
COOLER
R7
60
(29
.9)
2891.5(113.8) [#50/24T]
3339(131.5)
TRANSFORMER
COOLER
.3)
9(15
R38
2136(84.1)
608.5
2674(105.3)
665(26.2)
(24.0)
3339(131.5)
1316(51.8)
1700(66.9)820(32.3) 752(29.6)
2891.5(113.8) [#50/24T]
2674(105.3)
665(26.2)
2136(84.1)
608.5
222
1700(66.9)
752(29.6)
(24.0)
820(32.3)
1316(51.8)
(8.7)
1312(51.7)
4
4)
75
(3.0)
1600(63.0)
1600(63.0)
Front View
TRANSFORMER
ILTER
810(31.9)
3200(126.0)
75
(3.0)
Front View
772
810(31.9)
1580(62.2)
510(20.1)
12003200(126.0)
75
(X/2 STROKE)
(47.2)
(3.0)
2896.5(114.0) [#50/24T]
3200(126.0)
TSC FILTER
150
222
(8.7)
810(31.9)
510(20.1)
(X/2 STROKE)
772
810(31.9)
75 510(20.1)
(X/2 STROKE)
(3.0)
1200
(47.2)
1312(51.7)
COOLER
510(20.1)
(X/2 STROKE)
75
(3.0)
R7
60
(29
.9)
608.5
(24.0)
2136(84.1)
2674(105.3)
665(26.2)
820(32.3)
1316(51.8)
1700(66.9)
752(29.6)
608.5
2891.5(113.8)
(24.0) [#50/24T]
3339(131.5)
1316(51.8)
TRANSFORMER
247
(9.7) 355 119.5
(14.0) (4.7)
75
(3.0)
BT50
.3)
9(15
R38
.3)
9(15
R38
594
(23.4)
1600(63.0)
1600(63.0)
820(32.3)
1312(51.7)
3200(126.0)
2891.5(113.8) [#50/24T]
1312(51.7)
R7
60
(29
.9)
222
(8.7)
75
(3.0)
594
(23.4)
1600(63.0)
1600(63.0)
2136(84.1)
675(26.6)
742(29.2) 3119(122.8)
675(26.6)
2444(96.2)
1480(58.3)
742(29.2)
TSC FILTER
222
(8.7)
3119(122.8)
COOLER
Unit : mm (inch)
Top View
.3)
9(15
R38
2444(96.2)
1480(58.3)
COOLER
TSC FILTER
TRANSFORMER
3200(126.0)
Mynx 6500
TRANSFORMER
2136(84.1)
1312(51.7)
222
(8.7)
75
(3.0)
594
(23.4)
1600(63.0)
1600(63.0)
Mynx 5400
2891.5(113.8) [#50/24T]
TSC FILTER
.3)
9(15
R38
External Dimensions
Top View
R7
60
(29
.
675(26
742(29.2)
COOLER
2444(96.2)
1480(58.3)
3119(122.8)
TRANSFORMER
1312(51.7)
2142
(84.3)
2142
(84.3)
TSC FILTER
TSC FILTE
External Dimensions
HIGH TSC(70BAR)
1950(76.8)
1950(76.8)
OIL COOLER
Unit : mm (inch)
12
T-slot section
745
(29.3)
29
(1.1)
H
H
625
484 664(26.1)
(19.1)
H
10(0.4)
60(2.4)
550 1500.5(59.1)
721.5 223
(21.7)
(28.4) (8.8)
2995(117.9)
3088.5(121.6) [#50/24T]
Ø 17(0.7)
30˚
Ø7(0.3) HOLE
Ø23
(0.9)
625
(24.6)
*
750(29.5)
860(33.9)
105
(4.1)
Ø325H7
Ø38 (1.5)
Ø19(0.7)
30˚
Ø14(0.6)
Ø 17(0.7)
29
(1.1)
8(0.3)
45˚
45(1.8)
Ø23
5
(0.2)
85(3.3)
45˚
8(0.3)
45(1.8)
85(3.3)
Ø17(0.7)
Ø325H7
Ø19(0.7)
30˚
(0.4)
5
(0.2)
Ø23
(0.3)
35(1.4)
5
(0.3) (0.4)
(0.2)
9
Ø17(0.7)
8
5
(0.2)
9
※ Pull Stud 45° : Standard
5
(0.2)
5
(0.2)
(0.4)
45˚
45(1.8)
35(1.4)
Ø17(0.7)
(0.2)
(0.3)
9
8(0.3)
※ Pull Stud 15° : Standard
8
35(1.4)
8
5
(0.2)
Ø38 (1.5)
Ø 17(0.7)
Ø325H7
Ø325H7 Ø38 (1.5)
(0.2)
(0.2)
4(0.2)
5
5
1363(53.7)
H
10(0.4)
E
F
670(26.4)
F
F
F
670(26.4)
F
F
F
E
5
(0.2)
K I
K
K
K
K
I
40
40(1.6)
29
(1.1)
40(1.6)
M24 x 3
THREAD
29
(1.1)
M24 x 3
THREAD
M24 x 3
THREAD
Ø14(0.6)
(0.9)
Ø23
125 (4.9)
2(0.1)
23(0.9)
M24 x 3
THREAD
Ø38 (1.5)
Ø19(0.7)
30˚
2(0.1)
29
2523(0.9)
(1.0)
4(0.2) (1.1)
Ø19(0.7)
4(0.2)
F
E
12
(0.5)
12
(0.5)
*
625
(24.6)
484 664(26.1)
(19.1)
32(1.3)
1363(53.7)
32(1.3)
484 664(26.1)
(19.1)
550 1500.5(59.1)
721.5 223
(21.7)
(28.4) (8.8)
2995(117.9)
Ø23
3088.5(121.6) [#50/24T]
550 1500.5(59.1)
721.5 223
(0.9)
Ø7(0.3) HOLE
(21.7)
(28.4) (8.8)
2995(117.9)
3088.5(121.6) [#50/24T]
12
750(29.5)
860(33.9)
K
I
105
(4.1)
Ø7(0.3) HOLE
12
(0.5)
860(33.9)
750(29.5)
(0.5)
5
(0.2)
0.5 32
I
(0)K(1.3)
K
K
K
625
(24.6)
*
(24.6)
625
*
5
(0.2)
K
K
K
(1.0)
4(0.2)
15˚
105
(4.1)
30˚
2(0.1)
23(0.9)
60(2.4)
540(21.3)
60(2.4)
B
1363(53.7)
H
484 664(26.1)
(19.1)
0.5 32
(0) (1.3)
Ø14(0.6)
0.5 32
(0) (1.3)
(0.5)
Ø 17(0.7)
Ø14(0.6)
15˚
E
8(0.3)
8(0.3)
B
B
C
C
540(21.3)
C C
C
C
B
60(2.4)
12
(0.5)
12
(0.5)
H
670(26.4)
1363(53.7)
K
Ø 17(0.7)
25
(1.0)
25 (2.5)
62.5
M16 x P2.0
40(1.6)
BT50
15˚
M16 x P2.0
4(0.2)
2(0.1)
23(0.9)
25
(1.0)
I
550 1500.5(59.1)
721.5 223
Ø7(0.3) HOLE
(21.7) (0.9) 2995(117.9)
(28.4) (8.8)
3088.5(121.6) [#50/24T]
12
750(29.5)
Ø23
Ø7(0.3) HOLE
Ø23
(0.9)
5
(0.2)
K I
K
105
(4.1)
T-slot section
17(0.7)
30
(1.2)
297
(11.7)
(11.7)
I
15˚
(ETRNF050000)
297
(11.7)
2(0.1)
800 (31.5) 23(0.9)
297
375 (14.8)
M16 x P2.0
T-slot section
I
12
(0.5)
* Distance from nose to table top
-Taper 40 : 150 (5.9) mm(inch)
17(0.7)
Taper 50 : 200 (7.9) mm(inch)
30
(1.2)
(0.5)
0.5 32
(0) (1.3)
3022(119.0)
85 (3.3)
125 (4.9)
15˚
M16 x P2.0
30˚
0.5 32
(0) (1.3)
K
K
G
1600(63.0)
387.8
G
G
(15.3)
880(34.6)
18H
8
1600(63.0)
860(33.9)
I K K K K
105
750(29.5)
(4.1)
860(33.9)
5
(0.2)
K I
625
G
700 (27.6)
F
TRANSFORMER
(ETRNF050000)
25
(1.0)
17(0.7)
TRANSFORMER
(ETRNF050000) 30
(1.2)
750
381(15.0)
(29.5) (Y/2 STROKE)
K
H
1363(53.7)
*
(24.6)
484 664(26.1)
12
(19.1)
(0.5)
32(1.3)
H
H
381(15.0)
(Y/2 STROKE)
125 (4.9)
D
750
381(15.0)
(29.5) (Y/2ESTROKE)
30˚
H
K I
H
K
F
H
G
C
(
TRANSFORMERM16 x P2.0
82.5(ETRNF050000)
(3.2)
3022(119.0)
H
297
(11.7)
18H 8
Ø42H7
T-slot section
16
BT40
3022(119.0)
600 (23.6)
G
Pull Stud
3022(119.0)
387.8
18H
8
(15.3)
B
T-slot sectionTRANSFORMER
750
381(15.0)
(29.5) (Y/2 STROKE)
G750 381(15.0)
(29.5) (Y/2 STROKE)
381(15.0)
(Y/2 STROKE)
A
387.8
(15.3)
17(0.7)
30
(1.2)
3022(119.0)
75(3.0)
18H880(34.6)
8
75(3.0)
381(15.0)
(Y/2 STROKE)
1600(63.0)
E
G
750
381(15.0)
(29.5) (Y/2 STROKE)
387.8
(15.3)
381(15.0)
(Y/2 STROKE)
387.8
(15.3)
T
(E
381(15.0)
(Y/2 STROKE)
880(34.6)
G
1600(63.0)
Ø42H7
18H 8
Ø42H7
G
1600(63.0)
1065(41.9)
T-slot section
18H 8
75(3.0)
3900(153.5)
Ø42H7
387.8
(15.3)
17(0.7)
30
(1.2)
880(34.6)
75(3.0)
60(2.4)
D
1400(55.1)
5(41.9)
G
880(34.6)
D
D
75(3.0)
1400(55.1)
1400(55.1)
381(15.0
(Y/2 STROK
30˚
Side View
0.0)
OKE)
484 664(26.1)
(19.1)
H 12
(0.5)
32(1.3)
10(0.4)
E
12
(0.5)
H
3900(153.5)
T-slot section
D
E
F
F
F
D
762.5(30.0)
(X/2 STROKE)
60(2.4)
1600(63.0)
10(0.4)
E
F
F
F
32(1.3)
12
(0.5)
75(3.0)
ction
75(3.0)
670(26.4)
1360(53.5)
F
745
12 (29.3)
(0.5)
32(1.3)
8(0.3)
594
(23.4)
880(34.6)
594
75(3.0)
(23.4)
880(34.6)
D
762.5(30.0)
(X/2 STROKE)
1065(41.9)
D
1065(41.9)
1770(69.7) (DOOR OPEN)
3900(153.5)
75(3.0)
T-slot section
670(26.4)
8
75(3.0)
1770(69.7) (DOOR OPEN)
18H 8
762.5(30.0) 1400(55.1)
1600(63.0)
762.5(30.0)
(X/2 STROKE)
(X/2 STROKE)
1065(41.9)
1065(41.9)
1770(69.7) (DOOR OPEN)
18H 8
Ø42H7
3900(153.5)
880(34.6)
75(3.0)
75(3.0)
1065(41.9)
1065(41.9)
1770(69.7) (DOOR OPEN)
900
(35.4)
1312(51.7)
7.2)
900
(35.4)
A
1950(76.8)
T-slot section
1360(53.5)
B
C
C
1312(51.7) B C
TSC FILTER
60(2.4)
540(21.3)
3095.5(121.9)
[#50/24T]
75(3.0)
TSC FILTER
745
(29.3)
3095.5(121.9) [#50/24T]
1950(76.8)
1065(41.9)
594
(23.4)
880(34.6)
762.5(30.0)
(X/2 STROKE)
762.5(30.0)
(X/2 STROKE)
60(2.4)
D
1400(55.1)
18H 8
10(0.4)
E
F
F
F
F
1360(53.5)
D
3900(153.5)
D
T-slot section
T-slot section
1600(63.0)
1363(53.7)
Front View
1200(47.2)
1600(63.0)
75(3.0)
762.5(30.0)
(X/2 STROKE)
762.5(30.0)
(X/2 STROKE)
1770(69.7) (DOOR OPEN)
75(3.0)
T-slot section
T-slot section
Mynx 7500
E
1312(51.7)
A
900
(35.4)
C
C
B
60(2.4)
A
75(3.0)
1065(41.9)
A
1600(63.0)
18H 8 18H 8
762.5(30.0)
(X/2 STROKE)
1065(41.9)
594
(23.4)
880(34.6)
3095.5(121.9) [#50/24T]
8(0.3)
1950(76.8)
TSC FILTER
540(21.3)
2142
(84.3)
C
B
75(3.0)
762.5(30.0)
(X/2 STROKE)
18H 8 18H 8
745
(29.3)
880
(34.6)
.9)
(29
60
R7
A
A
1200(47.2)
1200(47.2)
75(3.0)
900
(35.4)
1312(51.7)
200
708
(7.9) (27.9)
OIL COOLER
1950(76.8)
Mynx 6500
900
(35.4)
1312(51.7)
2142
(84.3)
TSC FILTER
32(1.3)
75(3.0)
594
A
(23.4)
880(34.6)
1360(53.5)
1950(76.8)
3095.5(121.9) [#50/24T]
745
(29.3)
880
(34.6)
1950(76.8)
32(1.3)
200
708
(7.9) (27.9)
.9)
(29
60
R7
1360(53.5)
3095.5(121.9) [#50/24T]
2142
(84.3)
Mynx 5400
BT50
Ø14(0.6)
200
708
(7.9) (27.9)
Table
TSC FILTER
OIL COOLER
HIGH TSC(70BAR)
75(3.0)75(3.0)
.9)
(29
60
R7
Top View
HIGH TSC(70BAR)
1950(76.8)
1950(76.8)
75(3.0)75(3.0)
880
(34.6)
Mynx 7500
594 594
(23.4) (23.4
880(34.6)
880(34.6)
85(3.3)
Machine Specifications
Features
Unit
Mynx 5400
Mynx 5400/50
Mynx 6500
Mynx 6500/50
Mynx 7500
Mynx 7500/50
Travel (X / Y / Z-axis)
Distance from nose to table top
Distance from center to column
mm (inch)
1020/540/530 (40.2/21.3/20.9)
1270/670/625(50.0/26.4/24.6)
1525/762/625 (60.0/30.0/24.6)
Travels
mm (inch) 150-680 (5.9-26.8) 200-730 (7.9-28.7) 150-775 (5.9-30.5) 200-825 (7.9-32.5) 150-775 (5.9-30.5) 200-825 (7.9-32.5)
mm (inch)
567 (22.3)
722 (28.4)
785 (30.9)
m/min
Rapid traverse (X / Y / Z)
30 / 30 / 24 (1181.1 / 1181.1 / 944.9)
(ipm)
Feedrate
mm/min
Cutting feedrate
12000 (4724.4)
(ipm)
Table size
mm (inch)
1200 x 540 (47.2 x 21.3)
1400 x 670 (55.1 x 26.4)
1600 x 750 (63.0 x 29.5)
Table
Table loading capacity
kg (lb)
800 (1763.7)
1000 (2204.6)
1500 (3306.9)
5-125 x 18H8 (5-4.9 x 0.7H8)
6-125 x 18H8 (6-4.9 x 0.7H8)
Table surface
mm (inch)
4-125 x 18H8 (4-4.9 x 0.7H8)
Max. spindle speed
Belt
r/min
8000 {12000}
6000 {6000, 8000}
8000 {12000}
6000 {6000, 8000}
8000 {12000}
6000 {8000}
※ Refer to page 6
Gear
r/min
{6000}
{6000}
{6000}
Spindle Taper
ISO #40, 7/24 Taper ISO #50, 7/24 Taper ISO #40, 7/24 Taper ISO #50, 7/24 Taper ISO #40, 7/24 Taper ISO #50, 7/24 Taper
286.4 (210.6)
286.4 (210.6)
306.7 (225.5)
Belt 6000 N.m (ft-lbs)
Spindle Max. Torque
{306.9 (225.7)}
{306.9 (225.7)}
{365.5 (268.8)}
※ Refer to page 6
Belt 8000 N.m (ft-lbs)
191.1 (140.5)
{286.4 (210.6)}
191.1 (140.5)
{286.4 (210.6)}
{286.2 (210.4)}
Belt 12000 N.m (ft-lbs) {165.7 (121.8)}
{165.7 (121.8)}
{165.7 (121.8)}
Gear 6000 N.m (ft-lbs)
{452.52 (332.7)}
{452.52 (332.7)}
{452.52 (332.7)}
Type of tool shank ※
BT,DIN 40
BT,DIN 50
BT,DIN 40
BT,DIN 50
BT,DIN 40
BT,DIN 50
Tool storage capacity
ea
30{40}
24
30 {40}
24{30}
30{40}
24{40}
Max. tool diameter Without
80 (3.2) {76 (3.0)}
125 / 220
80 (3.2) {76 (3.0)}
125 / 220
80 (3.2) {76 (3.0)}
125 / 220
mm (inch)
Adjacent Tools
/ 125 (4.9)
(4.9/8.7)
/ 125 (4.9)
(4.9/8.7)
/ 125 (4.9)
(4.9/8.7)
mm (inch)
300 (11.8)
350 (13.8)
300 (11.8)
350 (13.8)
300 (11.8)
350 (13.8)
Max. tool length
ATC
Max. tool weight
kg (lb)
8 (17.6)
15 (33.1)
8 (17.6)
15 (33.1)
8 (17.6)
15 (33.1)
Memory Random
Tool selection
Tool change time (Tool-to-tool)
s
1.3
2.5
1.3
2.5
1.3
2.5
Tool change time (Chip-to-chip)
s
3.7
5.5
3.7
5.5
3.7
5.5
11 / 15 / 15
11 / 15 / 15
15 / 18.5
Spindle motor
Belt 6000
kW (Hp)
(14.7 / 20.1 / 20.1)
(14.7 / 20.1 / 20.1)
(20.1/24.8)
{18.5 / 22 (24.8 / 29.5)}
{15 / 18.5 (20.1 / 24.8)}
{15 / 18.5 (20.1 / 24.8)}
{11 / 15 / 15
{11 / 15 / 15
{11 / 15 / 15
11 / 15
11 / 15
※ Refer to page 6
Belt 8000
kW (Hp)
(14.7 / 20.1)
(14.7 / 20.1)
(14.7 / 20.1 / 20.1)}
(14.7 / 20.1 / 20.1)}
(14.7 / 20.1 / 20.1)}
Motors
{15.6 / 15.6
{15.6 / 15.6
22 / 26
Belt 12000 kW (Hp)
(29.5 / 34.9)
(20.9 / 20.9)}
(20.9 / 20.9)}
{18.5 / 22
{18.5 / 22
{18.5 / 22
Gear 6000 kW (Hp)
(24.8 / 29.5)}
(24.8 / 29.5)}
(24.8 / 29.5)}
Feed motor (X / Y / Z)
kW (Hp)
3.0 / 3.0 / 4.0 (4.0 / 4.0 / 5.4)
4.0 / 4.0 / 7.0 [5.4 / 5.4 / 9.4]
Electric power supply
Belt 8000
kVA
40
39.4 {45.1}
48 {56.9}
(Rated capacity)
(12000)
Power
Belt 6000
kVA
36.1 {41.2}
44.6 {39.4}
47.3 {51.8}
source
Gear 6000
kVA
{47.7}
{48.4}
{51.8}
Belt 8000
kVA
{36.1}
{39.4}
{42.9}
Coolant tank capacity
ℓ (gal)
380 (100.4)
430 (113.6)
Tank
capacity Lubrication tank capacity
ℓ (gal)
1.4 (0.4)
4.3 (1.14)
Machine height
mm (inch)
2744 (108.0)
2900 (114.2)
2897 (114.1)
2995 (117.9)
3190 (125.6)
3240 (127.6)
Machine
Machine dimension (L x W)
mm (inch)
2444 x 3350 (96.2 x 131.9)
2674 x 3350 (105.3 x 131.9)
3704 x 4050 (145.8 x 159.5)
size
Machine weight
kg (lb)
7000 (15432.1)
9200 (20282.2)
14000 (30864.3)
Note : { } are optional.
Standard Feature
• Assembly & operation tools
• Coolant tank & chip pan
Optional Feature
• Operator call lamp
• 4th axis preparation
• Minimum Quantity Lubrication
(red, yellow, green)
• Automatic power off
• Oil cooler & spindle head
• Automatic tool measurement
cooling system
• Door interlock for safety
• Portable MPG
• Flood coolant system
• Splash guard
• Installation parts
• Work light
• Chip conveyor & chip bucket
• Test bar
• Internal screw conveyor
• X, Y, Z Absolute pulse coder
• EZ Guide i
• Through spindle coolant system*
• Automatic workpiece
measurement
• Oil skimmer
• Shower coolant
*P
lease consult with technical engineer if the density of coolant is higher than 10%,
as this could affect the filtration function
• The specifications and information above-mentioned may be changed without prior notice.
• For more details, please contact Doosan
17
NC Unit Specifications
DOOSAN-FANUC i series
AXES CONTROL
- Controlled axes
- Simultaneous controlled axes
3 (X,Y,Z)
Positioning (G00) / Linear interpolation (G01) : 3 axes
Circular interpolation (G02, G03) : 2 axes
- Backlash compensation
- Emergency stop / overtravel
- Follow up
- Least command increment - Least input increment
- Machine lock
- Mirror image
0.001mm / 0.0001"
0.001mm / 0.0001"
all axes / Z axis
Reverse axis movement
(setting screen and M - function)
-S
tored pitch error compensation
Pitch error offset compensation for each axis
Overtravel controlled by software
- Stored stroke check 1
- Absolute pulse coder
- Position switch
- Maximum commandable value
- No. of Registered programs - Optional block skip
- Optional stop
- Part program storage - Playback
- Program number
- Program protect
- Program stop / end - Rigid tapping - Sub program
- Tape code
- Thread cutting
- Work coordinate system ±99999.999mm (±9999.9999 inch)
400 ea
M01
1280 m (4200ft) [512kB]
O4-digits
M00 / M02, M30
G84, G74
Up to 4 nesting
ISO / EIA Automatic discrimination
G54 - G59
Others Funtion (Operation, Setting & Display, etc)
INTERPOLATION & FEED FUNCTION
- 2nd reference point return
- Circular interpolation
- Cylinderical interpolation
- Dwell
- Exact stop check
- Feed per minute
- Feedrate override (10% increments)
- Helical interpolation
- Jog override (10% increments)
- Linear interpolation
- Manual handle feed
- Manual handle feedrate
- Manual handle interruption
- Override cancel
- Positioning
- Rapid traverse override - Reference point return
- Skip function
G30
G02, G03
G07.1
G04
G09, G61(mode)
mm / min
0 - 200 %
0 - 200 %
G01
Max. 3 units
0.1 / 0.01 / 0.001mm
M48 / M49
G00
F0 (fine feed), 25 / 50 / 100 %
G27, G28, G29
G31
SPINDLE & M-CODE FUNCTION
- M- code function
- Spindle orientation
- Spindle serial output
- Spindle speed command
- Spindle speed override (10% increments)
M 3 digits
S5 digits
10 - 150%
TOOL FUNCTION
- Cutter compensation C
- Number of tool offsets
- Tool length compensation
- Tool life management
- Tool number command
- Tool offset memory C - Tool length measurement
G40, G41, G42
400 ea
G43, G44, G49
T2 digits
Geometry / Wear and Length / Radius offset memory
G45 - G48
PROGRAMMING & EDITING FUNCTION
- Absolute / Incremental programming
- Auto. Coordinate system setting - Background editing
- Canned cycle
- Circular interpolation by radius programming
- Custom macro B
- Decimal point input
- Extended part program editing
- I / O interface
- Inch / metric conversion - Label skip
- Local / Machine coordinate system 18
G90 / G91
G73, G74, G76, G80 - G89, G99
RS - 232C
G20 / G21
G52 / G53
- 3rd / 4th reference return
- Additional work coordinate system
- AI APC(Advanced Preview Control)
- Alarm display
- Alarm history display
- Automatic corner override
- Clock function
- Coordinate rotation
- Cycle start / Feed hold
- Display of PMC alarm message
G54.1 P1 - 48 ( 48 pairs )
20 block preview
G62
G68, G69
Message display when PMC alarm occurred
- Dry run
- Ethernet function
- Graphic display
Tool path drawing
- Help function
- High speed skip function
- Loadmeter display
- MDI / DISPLAY unit 10.4" color LCD, Keyboard for data input, soft-keys
- Memory card interface
- Operation functions
Tape / Memory / MDI / Manual
- Operation history display
- Optional angle chamfering / corner R
- Polar coordinate command
G15 / G16
- Program restart
Tool offset and work offset are entered by
- Programmable data input
G10, G11
- Programmable mirror image
G50.1 / G51.1
- Run hour and part number display
- Scaling
G50, G51
- Search function
Sequence NO. / Program NO.
- Self - diagnostic function
- Servo setting screen
- Single block
- Single direction positioning
G60
- Stored stroke check 2
OPTIONAL SPECIFICATIONS
- Additional controlled axes
5 axes in total
- AICC (AI Contour Control) with Hardware
40 block preview
- EZ Guide i (Doosan infracore Conversational Programming Solution)
with 10.4" Color TFT
- Dynamic graphic display (w/10.4” Color LCD)
Machining profile drawing
=> When the EZ Guide i is used, the Dynamic graphic display cannot application
- Fast Data server
- Fast Ethernet
- Tool load monitoring function (Doosan)
FANUC 32i-A
opt.
AXES CONTROL
- Controlled axes
- Simultaneous controlled axes
- Backlash compensation
- Emergency stop / overtravel
- Follow up
- Least command increment
- Least input increment
- Machine lock
- Mirror image
3 (X,Y,Z)
Positioning (G00) / Linear interpolation (G01) : 3 axes
Circular interpolation (G02, G03) : 2 axes
0.001mm / 0.0001"
0.001mm / 0.0001"
all axes / Z axis
Reverse axis movement
(setting screen and M - function)
Pitch error offset compensation for each axis
Overtravel controlled by software
- Stored pitch error compensation
- Stored stroke check 1
- Absolute pulse coder
Others Funtion (Operation, Setting & Display, etc)
INTERPOLATION & FEED FUNCTION
- 2nd reference point return
G30
G02, G03
- Circular interpolation
G04
- Dwell
- Exact stop check
G09, G61(mode)
- Feed per minute
- Feedrate override (10% increments)
0 - 200 %
- Jog override (10% increments)
0 - 200 %
- Linear interpolation
G01
- Manual handle feed 1 unit
- Manual handle feedrate
x1, x10, x100 (per pulse)
- Override cancel
M48 / M49
- Positioning
G00
- Rapid traverse override F0 (fine feed), 25 / 50 / 100 %
- Reference point return
G27, G28, G29
- Skip function
G31
- Helical interpolation
- AICC I
30 block preview
- Thread cutting, synchronous cutting
- Program restart
- Automatic corner deceleration (Specify AI Contour control II)
- Feedrate clamp by circular acceleration (Specify AI Contour control II)
- Linear ACC / DEC before interpolation (Specify AI Contour control II)
- Linear ACC / DEC after interpolation
- Rapid traverse bell-shaped acceleration/deceleration
- Smooth backlash compensation
SPINDLE & M-CODE FUNCTION
- M- code function
- Spindle orientation
- Spindle serial output
- Spindle speed command
- Spindle speed override (10% increments)
- Spindle output switching
- Retraction for rigid tapping
- Rigid tapping TOOL FUNCTION
- Tool nose radius compensation
- Number of tool offsets
- Tool length compensation
- Tool number command
- Tool life management
- Tool offset memory C
- Tool length measurement
S5 digits
10 - 150%
G84, G74
Geometry / Wear and Length / Radius offset memory
- Absolute / Incremental programming
- Auto. Coordinate system setting
- Background editing
- Canned cycle
- Circular interpolation by radius programming
- Custom macro B
- Custom size 512Kb
- Decimal point input
- I / O interface
- Inch / metric conversion - Label skip
- Local / Machine coordinate system
- Maximum commandable value
- Alarm display
- Alarm history display
- Clock function
- Cycle start / Feed hold
- Control axis detach
- Display of PMC alarm message
Message display when PMC alarm occurred
- Dry run
- Embeded ethernet
- Graphic display
Tool path drawing
- Help function
- High speed skip function
- Loadmeter display
- MDI / DISPLAY unit 10.4" color LCD, Keyboard for data input, soft-keys
- Memory card interface
- Operation functions
Tape / Memory / MDI / Manual
- Operation history display
- Program restart
- Run hour and part number display
Sequence NO. / Program NO.
- Search function
- Self - diagnostic function
- Servo setting screen
- Single block
- External data input
- Multi language display
- Stored stroke check 2
OPTIONAL SPECIFICATIONS
M 3 digits
G40, G41, G42
64 ea
G43, G44, G49
T2 digits
PROGRAMMING & EDITING FUNCTION
- No. of Registered programs
- Optional stop
- Optional block skip
- Optional stop
- Part program storage 640 m (2,100 ft) [256 kB] m
- Program number
O4-digits
- Program protect
- Program stop / end M00 / M02, M30
- Programmable data input
Tool offset and work offset are entered by G10, G11
- Sub program
Up to 4 nesting
- Tape code
ISO / EIA Automatic discrimination
- Work coordinate system
G54 - G59
- Additional work coordinate system (48 Pair)
G54.1 P1 - 48 pairs
- Coordinate system rotation
G68, G69
- Extended part program editing
- Optional angle chamfering / corner R
- Macro executor
G90 / G91
G73, G74, G76, G80 - G89, G99
RS - 232C
G20 / G21
G52 / G53
±99999.999mm (±9999.9999 inch)
500 ea
M01
- 3-dimensional coordinate conversion
- 3-dimensional tool compensation
- 3rd / 4th reference return
- Addition of tool pairs for tool life management
- Additional controlled axes
- Additional work coordinate system
- DSQ 1 (AICC II + Machining condition selection function
1024 pairs
Max. 5 axes in total
G54.1 P1 - 300 (300 pairs )
80 block preview
- DSQ 2 (AICC II + Machining condition selection function + Data server + 1GB)
80 block preview
- Automatic corner override
G62
- Chopping function
G81.1
- Cylindrical interpolation
G07.1
- Dynamic graphic display
Machining profile drawing
- Exponential interpolation
- Interpolation type pitch error compensation
-E
Z Guide i (Doosan infracore Conversational Programming Solution)
with 10.4" Color TFT
=> When the EZ Guide i is used, the Dynamic graphic display cannot application
- Tape format for FS15
- Increment system 1/10
- Figure copying
G72.1, G72.2
- Handle interruption
- High speed skip function
- Involute interpolation
G02.2, G03.2
- Machining time stamp function
1000 ea
- No. of Registered programs
- Number of tool offsets
99 / 200 / 400 pairs
- Optional block skip addition
9 blocks
- Part program storage
512K / 1M / 2M byte
- Playback function
- High speed skip function
G15 / G16
- Polar coordinate interpolation
G12.1 / G13.1
- Programmable mirror image
G50.1 / G51.1
- Single direction positioning
G60
- Tool load monitoring function (Doosan)
- Tool position offset
G45 - G48
- Position switch
M01
19
http://www.doosaninfracore.com/machinetools/
Head Office
Doosan Tower 20th FL., 275, Jangchungdan-Ro(St), Jung-Gu, Seoul
Tel : +82-2-3398-8693 / 8671 / 8680 Fax : +82-2-3398-8699
Doosan Infracore America Corp.
19A Chapin Rd., Pine Brook, NJ 07058, U.S.A.
Tel : +1-973-618-2500 Fax : +1-973-618-2501
Doosan Infracore Germany GmbH
Emdener Strasse 24, D-41540 Dormagen, Germany
Tel : +49-2133-5067-100 Fax : +49-2133-5067-001
Doosan Infracore Yantai Co., LTD
13 Building, 140 Tianlin Road, Xuhui District, Shanghai, China (200233)
Tel : +86-21-6440-3384 (808, 805) Fax : +86-21-6440-3389
Doosan Infracore India Pvt., Ltd. Technical Center
106 / 10-11-12, Amruthalli, Bellary road, Byatarayanapura, Bagalore 560092, India
Tel : +91-80-4266-0100 / 0122 / 0101
Doosan International South East Asia Pte Ltd.
42 Benoi Road, Jurong 629903, Singapore
Tel : +65-6499-0200 Fax : +65-6861-3459
EN 141015SU
- The specifications and information above-mentioned may be changed without prior notice.
- For more details, please contact Doosan.