Router Bits Shank Tooling

Transcription

Router Bits
Shank Tooling
USA 812.482.2000 • FAX 800.385.6049 • 800.634.8665 www.napgladu.com CANADA 450.460.4481 • FAX 888.660.2655 • 800.363.9117
© Copyright NAP Asset Holdings Ltd. 2013 All Rights Reserved Issue Date: 10/01/14
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Gladu surpasses its goal of providing more than just a cutting tool. We are your application engineers, engineering department,
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6
Brad Point Dowel Drills
25-26
1 Flute Staggered Tooth Router Bits
7
Brad Point Spur Machine Drills
27-29
1 Flute Pilot Router Bits
7
Drill Point Center Drills
30
Brad Point Center Drills
31
2 Flute Straight Cut Router Bits
8-10
2 Flute Mortise Router Bits
10
Countersink and Counterbore Drills
32
2 Flute Helix Mortising Router Bits
11
33
12
Twist Drills
34
2 Flute Round Nose Router Bits
13
European Hinge Bits
34
2 Flute Half Round Router Bits
14
1 Flute Straight Cut “O” Flute Router Bits
35
2 Flute “V” Groove Router Bits
15
2 Flute Straight Cut “V” Flute Router Bits
36
2 Flute Dovetail Router Bits
16
1 Flute Straight Panel Pilot Router Bits
37
2 Flute Cove Box Router Bits
17
1 Flute Spiral Panel Pilot Router Bits
38
2 Flute Keyhole Router Bits
17
Product Information and Safety Guidelines
2 Flute Beading Router Bits
18
2 Flute Roman Ogee Router Bits
18
Carbide Insert Router Bits
2 Flute Chamfering Router Bits
19
Universal Insert Router Bits
2 Flute Rabbeting Router Bits
19
Universal Inserts
2 Flute Roundover Router Bits
20
Dedicated Insert Router Bits
51-60
Flush Trim Laminate Router Bits
21
Dedicated Inserts
61-63
2 Flute Template Router Bits
22
Standard Insert Router Bits
64-73
Replacement 3 Wing Slotting Cutters
23
Replacement Arbors for Slotting Cutters
23
Standard Inserts
74-76
Replacement Bearings
24
Index
77-78
39-41
44-49
INDEX
50
TABLE OF CONTENTS
1 & 2 Flute Straight Cut Router Bits
STANDARD ROUTER & DRILL BITS
Standard Router & Drill Bits
CARBIDE INSERT ROUTER BITS
Table of Contents
3
Standard Router
& Drill Bits
TABLE OF CONTENTS
1 & 2 Flute Straight
Cut Router Bits
Finish ground on the face and outside diameter which provides a sharp cutting edge. Relief angles provide stability and strength
as well as a free cutting bit. A versatile router bit excellent for various types of cuts such as dados, rabbet joints, plunge routing,
mortise cuts, edging, trimming, sizing, etc. Recommended for use on pin and CNC routers. Can be used with hand routers
provided a fixture, jig or template are utilized.
1 Flute Right-Hand Bit
1/4” SHANK
U.S.
Part No.
Canada
Part No.
Cutting
Diameter
Cut Edge
Length
Overall
Length
RC123Q
501-1008
1/4
1
2-1/2
RC119A
RC126Q
RC129A
3/8” SHANK
U.S.
Part No.
RC211A
Canada
Part No.
1/2” SHANK
1/4
1/4
3/4
2-1/4
Shank
Length
1-1/4
1
9/32
1
3/4
3-1/8
1-3/4
Cutting
Diameter
Cut Edge
Length
Overall
Length
Shank
Length
3/8
1
2-1/4
2-5/8
1-1/4
1
U.S.
Part No.
Canada
Part No.
Cutting
Diameter
Cut Edge
Length
Overall
Length
Shank
Length
RC215A
501-1206
3/8
1-1/4
2-7/8
1-3/8
RC219Q
501-1209
1/2
1-1/2
RC214Q
RC216Q
RC222Q
RC225A
501-1208
501-1211
3/8
1/2
1/2
1/2
1
1-1/4
2
2-1/2
2-5/8
2-7/8
3-1/8
4-1/8
4-3/8
1-3/8
1-3/8
1-3/8
1-7/8
1-7/8
2 Flute Left-Hand Bit
3/4” SHANK LEFT-HAND
U.S.
Part No.
RC357LA
RC359LA
Canada
Part No.
RBWS1105LH
Cutting
Diameter
Cut Edge
Length
Overall
Length
Shank
Length
3/4
2-1/2
5-1/2
3
3/4
2
5
3
INDEX
Q = Quick Ship (Stock Item) Although we normally stock items, we do not have an unlimited supply.
Please call to confirm quantities on hand before ordering.
A = Available Item Shipped within 5 working days.
L = Left-Hand Rotation
All Others not identified are Extended Delivery (4 Weeks Delivery)
30 Day 100% Satisfaction Guarantee on all router bits.
6
Staggered tooth arrangement reduces cutting pressures and horsepower requirements. Free cutting. Plunge endpoint for fast
entry into the material. Has the balance of a 2 flute design, maximum material removal and cutting thick hard to cut material. Use
in applications when cutting material that has a tendency to labor the motor.
U.S.
Part No.
Canada
Part No.
Cutting
Diameter
Cut Edge
Length
Overall
Length
Shank
Length
520-1604
1/2
1-1/2
3-1/8
1-3/8
RC363A
RBWS1201
RC369A
RBWS1203
RC366A
3/8
1/2
1-1/2
2-1/8
3-1/8
4
1-3/8
1/2” SHANK
1-5/8
U.S.
Part No.
RC558A
Canada
Part No.
Cutting
Diameter
1/4
Cut Edge
Length
3/4
3/8” SHANK WITH PLUNGE POINT
U.S.
Part No.
RC561A
Canada
Part No.
Cutting
Diameter
3/8
Cut Edge
Length
1
U.S.
Part No.
RC564A
Canada
Part No.
524-1706
Cutting
Diameter
1/2
Cut Edge
Length
1-1/4
Overall
Length
Shank
Length
Overall
Length
Shank
Length
Overall
Length
Shank
Length
2-5/8
3-1/4
4
Drills its own hole with the plunge point. Single flute carbide tip used for cutting. The round base contacts the surface to follow
either the inside edge or a template. Use 1 flute for higher feed rates and where rough cuts are acceptable. Excellent for
machining cutouts for windows, doors, etc. Rough cutout operations. Used in the R.V. and trailer manufacturing industry.
TABLE OF CONTENTS
1 Flute Staggered
Tooth Router Bits
1-1/4
1-1/4
1-1/4
INDEX
7
TABLE OF CONTENTS
A versatile router bit excellent for various types of cuts such as dados, rabbets, plunge routing, mortise cuts, edging, trimming,
sizing, etc. Use 2 flute router bits when you require a good final cut and finish on the material. When using hand routers it is
recommended that you use a template or a guide system to provide accurate cuts. Can also be used on pin and CNC routers.
Use the smallest cutting edge length to reduce vibration and the susceptibility to router bit breakage.
1/4” SHANK
U.S.
Part No.
Canada
Part No.
Cutting
Diameter
Cut Edge
Length
Overall
Length
Shank
Length
RC141A
511-1001
1/4
3/4
2-1/4
1-1/4
1/4
1
2-1/2
RC135Q
RC144Q
RC147LA
1/4
1/4
1
RC149A
511-1004
RC153A
511-1005
9/32
RC159A
511-1009
3/8
3/4
3/8
1-1/4
1/2
3/4
9/16
3/4
RC183A
11/16
3/4
RC189A
1
RC151A*
RC156A
RC162A
511-1008
RC165A
RC168A
RC171Q
RC174A
RC177A
511-1011
511-1012
RC179A
3/8” SHANK
RC212Q
5/16
3/8
7/16
1/2
3/4
* Widely Used on Air Routers
RC213Q
1/4
5/8
RC186A
U.S.
Part No.
1/4
1/2
Canada
Part No.
511-1104
1
2
2-1/2
3
1-1/4
1-1/4
1-1/4
1-3/4
1
3-1/4
1
2-1/2
1-1/4
1
2-1/2
1-1/4
1
1
1
3/4
3/4
3/4
3
2-1/4
2-3/4
2-1/2
2-1/4
2-1/2
2-1/4
2-1/8
2-1/4
7/8
1-1/4
1-1/4
1-1/4
1-1/4
1-1/4
1
1
2-1/8
1-1/4
2-1/8
1-1/4
2-1/8
1
Cutting
Diameter
Cut Edge
Length
Overall
Length
Shank
Length
3/8
1-1/4
3-5/8
2
3/8
1
2-5/8
1-3/8
INDEX
8
Carbide tipped for maximum wear. Use 2 flute router bits when you require a good final cut and finish on the material. A versatile
router bit excellent for various types of cuts such as dados, rabbets, plunge routing, mortise cuts, edging, trimming, sizing, etc.
Recommended for natural woods, plastics, man-made material and aluminum.
RC234A
RC237A
RC239Q
RC243Q
RC246A
RC249Q
Cutting
Diameter
511-1203
5/16
511-1207
3/8
511-1245
511-1208
511-1210
RC252Q
511-1211
RC258Q
511-1213
RC255Q
RC261Q
RC264Q
RC267Q
511-1212
511-1214
511-1215
RC269Q
511-1216
RC276A
511-1218
RC273A
RC279A
511-1217
RC282A
511-1219
RC288A
511-1221
RC285A
RC291A
RC294A
511-1220
RC297Q
511-1224
RC299Q
511-1226
RC298A
RC311A
RC312A
RC313A
RC315Q
RC318A
RC321A
511-1225
511-1227
1/4
Cut Edge
Length
Overall
Length
Shank
Length
1
2-5/8
1-3/8
3/4
3/4
3/8
1-1/4
7/16
1-1/4
2-7/8
1-3/8
1/2
1-1/4
2-7/8
1-3/8
1/2
1-1/2
13/32
1/2
1/2
1/2
1/2
1
3/4
1
1-1/2
2
2
4
2-3/8
1-1/4
1-7/8
5/8
1-1/4
3
1-7/16
5/8
2
4
1-3/4
3
1-3/8
5/8
5/8
11/16
2-1/2
1-1/2
3
1-1/2
3-1/4
3
1-7/16
3
1-7/16
2
3-3/4
1-3/8
1-1/2
3
1-3/8
2
1-1/4
1
1
1-1/4
1-1/2
RC329A
511-1239
1-3/8
1-1/4
1-1/4
1-1/2
1-3/4
2
1-3/8
2-3/4
1-1/4
7/8
1-3/8
1
3/4
3/4
1-3/8
2-1/2
1-1/4
3/4
1-3/4
1
11/16
3/4
2-7/8
1
1
RBWS1101
3-1/2
1-3/8
1-3/8
1-1/2
RC339A
4-1/8
1-3/8
3
511-1232
SCGB1100
3-1/8
1-3/8
1-1/4
1-1/8
RC336A
2-5/8
1-3/8
9/16
1-1/4
511-1240
2-1/2
1-3/8
4-1/2
1-1/4
511-1236
RC333A
2-7/8
1-3/8
2-1/2
13/16
511-1238
2-5/8
1/2
17/32
RC324A
RC327Q
2-3/8
1-3/8
3/8
511-1229
511-1230
2-3/8
1-1/4
1-1/4
1-1/4
3
3-5/8
3
3
3
3
3
3
3
RC231Q
Canada
Part No.
U.S.
Part No.
1-3/8
1-3/8
1-7/16
1-3/8
1-3/8
1-3/8
1-3/8
1-3/8
1-3/8
1-3/8
1-3/8
1-3/8
INDEX
1/2” SHANK
TABLE OF CONTENTS
9
TABLE OF CONTENTS
Carbide tipped for maximum wear. Use 2 flute router bits when you require a good final cut and finish on the material. A versatile
router bit excellent for various types of cuts such as dados, rabbets, plunge routing, mortise cuts, edging, trimming, sizing, etc.
Recommended for natural woods, plastics, man-made material and aluminum.
3/4” SHANK
U.S.
Part No.
RC345A
Canada
Part No.
RC348A
RC351A
Cutting
Diameter
Cut Edge
Length
Overall
Length
Shank
Length
3/4
1-1/2
3-1/4
1-1/2
2-1/2
4-1/2
3/4
3/4
RC354A
3/4
1-1/4
2
3
4
1-1/2
1-3/4
2-1/4
2 Flute Mortise Router Bits
Designed to provide clean splinter free edges on the material. Large gullet area between the flutes to facilitate fast chip removal.
Can be use to cut both mortise and tenons using the same router bit. Produces a flat bottom cut on the material. Various cutting
diameters are available to match the radius found on door hinges. The cutting action of each bit is designed to produce a smooth
flat bottom cut.
1/4” SHANK
U.S.
Part No.
RC375Q
RC378A
RC381A
RC384A
RC387A*
Canada
Part No.
Cutting
Diameter
1/2
5/8
3/4
1-1/4
1-1/4
*RC387 Has a 1/2” Shank Diameter
Cut Edge
Length
3/4
3/4
3/4
1/2
1/2
Overall
Length
2-1/8
2-1/8
2-1/8
2-1/8
2-1/8
Shank
Length
1-1/4
1-1/4
1-1/8
1-1/4
1-1/4
INDEX
10
Designed with a downward shear direction to provide clean splinter free edges on the material. Carbide tipped cutter is removable
from the threaded shaft. Includes both the cutter and the threaded shank. Can be use to cut both mortise and tenons using the
same router bit. Produces a flat bottom cut on the material. Various cutting diameters are available to match the radius found on
door hinges. The cutting action of each bit is designed to produce a smooth flat bottom cuts.
TABLE OF CONTENTS
2 Flute Helix Mortising Router Bits
U.S.
Part No.
Cutting
Diameter
Cut Edge
Length
Overall
Length
Shank
Length
RC396A
33/64
5/8
7/8
1/4-28
RC399A
41/64
RC412A
3/4
RC393Q
Canada
Part No.
RC397A
1/2
5/8
RC411A
11/16
RC413A
49/64
RC415A
7/8
RC414A
13/16
RC417A
1
RC419A
1-1/8
RC423Q
1-1/4
5/8
5/8
5/8
5/8
5/8
5/8
5/8
5/8
1/2
1/2
1/2
7/8
7/8
1/4-28
14-28
7/8
1/4-28
7/8
1/4-28
7/8
7/8
7/8
7/8
1/2
1/2
1/2
1/4-28
1/4-28
1/4-28
1/4-28
1/4-28
1/4-28
1/4-28
WITH DOWN SHEAR - (SCREW ON TYPE)
Down-Shear
Replacement Arbor for the Helix Mortise Bit
REPLACEMENT ARBOR
U.S.
Part No.
RP111A
RP114
Canada
Part No.
Arbor
Diameter
Overall
Length
Thread
Size
3/8
1-3/4
1/4-28
1/4
1-3/4
1/4-28
INDEX
11
TABLE OF CONTENTS
Drills its own hole with the plunge point. Single flute carbide tip used for cutting. The round base contacts the surface to follow
either the inside edge or a template. Use 2 flute for lower feed rates and where better finishes are desired. Excellent for
machining cutouts for windows, doors, etc. Finish cutout operations. Used in the R.V. and trailer manufacturing industry.
U.S.
Part No.
RC567A
Canada
Part No.
Cutting
Diameter
3/8
Cut Edge
Length
1
U.S.
Part No.
RC569A
Canada
Part No.
Cutting
Diameter
3/8
Cut Edge
Length
1
U.S.
Part No.
RC573Q
Canada
Part No.
Cutting
Diameter
1/2
Cut Edge
Length
1-1/4
Overall
Length
Shank
Length
Overall
Length
Shank
Length
Overall
Length
Shank
Length
3-1/4
3
4
1-1/4
1-1/4
1-1/4
INDEX
12
TABLE OF CONTENTS
2 Flute Round Nose Router Bits
Features extra long carbide for deep cuts. Can plunge cut for accurate positioning and stock removal. Excellent choice for sign
making applications. Also used for grooving and stock removal in raised letter signs and bowls. Also used for fluting and other
architectural work.
U.S.
Part No.
Canada
Part No.
Cutting
Diameter
Cutting
Radius
Cut Edge
Length
Overall
Length
RS102A
571-1002
3/16
3/32
3/8
2
RS103A
RC426A
571-1003
1/8
1/4
1/16
1/8
1/4
1/2
2
2
3/8
3/16
5/16
1-15/16
5/8
5/16
7/16
2-1/16
Canada
Part No.
Cutting
Diameter
Cutting
Radius
Cut Edge
Length
Overall
Length
RC441A
571-2225
1/2
1/4
1-1/4
2-7/8
RC447A
571-2227
3/4
3/8
1-1/4
RC429A
1/2
RC432A
RC435A
3/4
1/2” SHANK
U.S.
Part No.
RC438A
RC444A
RC449A
RC450A
RC451A
RC452A
RC454A
571-2206
571-2226
571-2229
3/8
1/4
3/8
3/16
5/8
1/2
1
2-1/4
2-1/8
2-5/8
5/8
5/16
1
1/2
1-1/4
2-3/4
1-1/2
3/4
1-1/4
3
1-1/4
1-3/4
2
5/8
7/8
1
1-1/4
1-1/4
1-3/4
1-1/4
RS101A
2-7/8
2-3/4
1/4” SHANK
3
3
3
INDEX
13
TABLE OF CONTENTS
2 Flute Half Round Router Bits
Carbide flutes available in popular cutting radii for various projects. Corner softening. Used to produce a half round or bullnose
on material. Common uses are stair treads, furniture arms, shelves, window sills, etc.
BULLNOSE
U.S.
Part No.
RC453A
Canada
Part No.
RC456A
RC459A
RC462A
RC465A
RBWS1428
RC468A
Opening
of Cutter
Shank
Length
1/8
1/4
1/4
13/16
3/32
3/16
1/4
3/32
3/16
RC477A
601-0211
RC483A
601-0213
RC479A
Shank
Diameter
1/8
RC471A
RC474A
Cutting
Radius
601-0212
1/4
3/8
1/2
5/8
1/4
1/4
1/4
3/16
3/8
1/2
1/2
3/16
1/2
3/8
1/2
1/2
1/2
1/2
1/2
1/4
1/2
3/4
1
1-1/4
13/16
1-1/4
1-1/2
1-1/2
1-1/2
1-3/8
1-3/4
1-3/4
15/16
15/16
INDEX
14
The 90B produces a true 90B cut and is designed for decorative work only. It is not intended for use with V-fold or mitering
systems. Use for freehand and machine routing. Designed for intricate sign making and decorative cuts. Use the 60B for veining,
incised sign lettering and decorative cuts.
Canada
Part No.
Cutting
Diameter
Shank
Diameter
Cutting
Depth
RC486A*
TBSFHS-1500
1/4
1/4
1/4
RC492A
572-2305
1/2
1/4
1/2
90° “V” Groovers - Decorative
RC489A
RC495A
572-2301
572-2308
RC499A
3/8
3/4
1-1/2
RC502A*
RC503A
572-2303
RBWS1560
*Solid Carbide Router Bit
1/2
1-1/2
1/2
1-11/16
5/8
2-1/8
1-3/4
1/2
1
3
1/4
1/4
1/4
1-1/2
1/2
1/2
1/2
2-1/4
60° “V” Groovers - Veining and Sign Lettering
RC501A*
1/4
Overall
Length
1/2
1/4
1/2
2
60° & 90° ANGLES
60° “V” Groove
90° “V” Groove
U.S.
Part No.
TABLE OF CONTENTS
2 Flute “V” Groove Router Bits
INDEX
15
TABLE OF CONTENTS
2 Flute Dovetail Router Bits
Available in popular 9 and 14 degree angles as well as left hand rotations. Produces the ultimate interlocking joinery for drawer
fronts, case work, etc. Can be used in hand router applications and dovetail fixtures and template guide systems. Also use in the
stair manufacturing industry. Some bits are compatable for use in Incra™, OmniJig®, and JoinTech™ Systems.
1/4” SHANK - RIGHT-HAND
U.S.
Part No.
1
2
RC511A
RC512A
Canada
Part No.
Degree
Each Side
Large
Diameter
Depth
of Cut
Overall
Length
670-2013
14°
1/2
1/2
2
Large
Diameter
Depth
of Cut
Overall
Length
9°
U.S.
Part No.
RC513A
Canada
Part No.
Degree
Each Side
9°
2
1
1
3
INDEX
1
2
3
3/8
2
2
Canada
Part No.
Degree
Each Side
Large
Diameter
Depth
of Cut
Overall
Length
RC519A
670-2014
14°
1/2
1/2
2-1/2
7°
3/4
7/8
2-5/8
RC516Q
RC522A
RC525A
RC528A
RC531A
U.S.
Part No.
3
3/8
3/8
U.S.
Part No.
670-2021
9°
7°
7°
14°
RC546LA
RC549LA
RC555LA
Canada
Part No.
670-2056
3/8
5/8
7/8
3/8
7/8
7/8
2-1/2
2-5/8
2-1/2
1
7/8
2-1/2
Degree
Each Side
Large
Diameter
Depth
of Cut
Overall
Length
14°
1/2
1/2
2-1/2
1/2” SHANK - LEFT-HAND
2
3/8"
9°
7°
3/8
7/8
3/8
7/8
2
2-1/2
Incra™ and JoinTech™ Systems
Incra™, JoinTech™ and OmniJig® Systems
Stair Tread Systems
16
U.S.
Part No.
RC576A
Canada
Part No.
RC579A
RC582A
RC585A
Cutting
Radius
Large
Diameter
Shank
Size
Cut Edge
Length
1/4
1
1/4
1/2
3/16
3/8
1-1/4
1/4
1
1/2
RC588A
RC591A
RC594A
RC596A
1-1/4
5/8
1-3/4
3/4
RC597A
1-1/2
3/8
1/2
RC595A
7/8
1
All Cove Bits Above Use a B3 Bearing
1-1/2
2
2-1/2
1/4
1/4
1/4
1/2
1/2
9/16
5/8
1/2
1/2
9/16
1/2
3/4
1/2
1/2
1/2
5/8
7/8
1
2 Flute Keyhole Router Bits
The bit plunge cuts a round hole into the back of the item to be mounted. Then by moving the router horizontally the large
diameter cuts a hole beneath the small diameter creating a recessed (stepped) area for the screw or nail to lock into. A fast and
easy method of mounting plaques, picture frames and other items flush to a wall. The use of a plunge type hand router is
recommended. Can also be used with a pin or CNC router.
U.S.
Part No.
RC111A
Canada
Part No.
573-2001
Cutting
Diameter
3/8
Cut Edge
Length
3/16
Overall
Length
1/4
WITH BEARING
Select radii for use in numerous applications. Balanced 2 flute design for smooth cutting and excellent finishes. Adds a decorative
touch to drawer fronts, furniture and cabinet doors. Can also be used for drop-leaf construction of table tops by matching the
radius with our roundover bits.
TABLE OF CONTENTS
2 Flute Cove Box Router Bits
Shank
Length
1-1/2
INDEX
17
TABLE OF CONTENTS
2 Flute Beading Router Bits
Provides an inset bead along the lower edge of the workpiece. By changing the cutting depth, a step can be employed on both
the top and the bottom of the bead. Great for decorative cuts and adding details to workpiece edges.
WITH BEARING
U.S.
Part No.
RC666A
Canada
Part No.
RC669A
RC672A
RC675A
RC678A
RC681A
RC684A
Cutting
Radius
Large
Diameter
Shank
Diameter
Carbide
Height
5/16
1-1/8
1/4
1/2
1/2
1-1/2
1/4
3/8
611-1203
611-1206
RC687A
All Router Bits use a B2 Bearing
1/4
1
1-1/4
1
3/8
1-1/4
3/4
2
1/2
1-1/2
1/4
1/4
1/2
5/8
1/4
13/16
1/2
11/16
1/2
1/2
1/2
1/2
13/16
1
2 Flute Roman Ogee Router Bits
A common decorative edge used to increase the attractiveness of an edge. Popular on table tops and tables. By changing the
bearing size, the bead depth can be reduced to allow for a different look of the profile.
WITH BEARING
U.S.
Part No.
RC689A
RC699A
RC693A
RC696A
RC697A
Canada
Part No.
620-0301
620-0302
Cutting
Radius
Large
Diameter
Shank
Diameter
Carbide
Height
1/4
1-1/2
1/4
23/32
1/4
1-1/2
1/2
23/32
5/32
5/32
3/8
1-1/8
1-1/8
2
1/4
1/2
1/2
15/32
15/32
1
INDEX
18
TABLE OF CONTENTS
2 Flute Chamfering Router Bits
Breaks the sharp corners of an edge and strengthens the corner. By adjusting the cutting height of the bit an endless variety of
chamfers can be created. Use to produce decorative pieces and break the corners in timber.
U.S.
Part No.
Canada
Part No.
Degree
of Angle
Carbide
Length
Shank
Diameter
613-0102
25°
1/2
1/4
RC711A
613-0101
RC713A
613-0103
RC712A
RC714A
RC715A
15°
45°
17/32
45°
1
45°
1/2
17/32
1/4
1/4
1/2
1/2
Overall
Length
WITH BEARING
2
2
2-1/8
2-7/16
2-1/2
2 Flute Rabbeting Router Bits
U.S.
Part No.
RC599A
Canada
Part No.
RBWS1900
Uses a B3 Bearing
1/2” SHANK
U.S.
Part No.
RC611A
Canada
Part No.
611-2202
Uses a B3 Bearing
Large
Diameter
Rabbet
Depth
Cut Edge
Length
Shank
Length
Large
Diameter
Rabbet
Depth
Cut Edge
Length
Shank
Length
1-1/4
1-1/4
3/8
3/8
1/2
1/2
2-1/8
2-1/4
INDEX
1/4” SHANK
Change the depth by changing the bearing.
Use Bearing #B2 To produce a 7/16” Rabbet
Use Bearing #B7 To produce a 5/16” Rabbet
Use Bearing #B8 To produce a 1/4”Rabbet
Produces a “step” cut more commonly called a rabbet for joinery. Used in furniture and cabinet cuts for recessing backs, etc.
19
TABLE OF CONTENTS
2 Flute Roundover Router Bits
Ideal for rounding sharp corners and softening edges of furniture. Add a decorative touch by increasing the depth of cut until the
shoulder produces a clean corner on the material. By changing the bearing you can convert a roundover bit to a beading bit.
CORNER ROUND
U.S.
Part No.
Canada
Part No.
Cutting
Radius
Large
Diameter
Shank
Diameter
Carbide
Height
611-1105
1/8
3/4
1/4
1/2
RC612A
611-1102
RC614A
611-1110
3/16
611-1115
5/16
1-1/8
611-1121
1/2
1-1/2
RC613Q
RC615Q
RC618A
RC621A
RC624A
RC625A
611-1113
611-1118
RC627A
611-1114
RC633A
611-1119
RC639A
611-1124
RC629A
RC636A
RC642A
RC645A
RC648A
RC651A
RC654A
RC657A
RC659A
611-1122
611-1125
611-1127
611-1129
1/16
1/4
3/8
3/16
1/4
5/8
7/8
1
1-1/4
7/8
1
5/16
1-1/8"
1/2
1-1/2
3/8
5/8
3/4
7/8
1-1/4
1-3/4
2
2-1/4
1/4
1/4
1/4
1/2
1/2
1/2
1/4
9/16
1/4
3/4
1/4
1/2
1/2
1/2
1/2
1/2
1/2
1/2
1/2
5/8
1/2
13/16
1/2
5/8
13/16
1
1
1-1/8
1
2-1/2
1/2
1-5/16
1-1/4
3-1/4
1/2
1-3/4
1-1/2
3-3/4
1-1/8
1-3/8
Replacement Bearings:
Use a B3 Bearing for RC612 - RC648
Use a B4 Bearing for RC651 - RC659
3
3-1/2
1/2
1/2
1/2
1-1/2
1-3/4
1-7/8
INDEX
20
Used on kitchen counter tops and display case goods where the edge of a laminate must be trimmed flush to the edge or top of
the material. Can be used on both plastic laminates and solid wood veneers. Use the 3 flute for even better finishes and on
materials that tend to chip.
Canada
Part No.
Cutting
Diameter
Cut Edge
Length
Shank
Diameter
RC723Q
560-2003
3/8
1/2
1/4
RC729Q
560-2005
1/2
1/2
RC738A
560-2008
1/2
1/2
RC719Q
RC726Q
RC735Q
RC741Q
RC744Q
560-2007
560-2010
560-2011
3/8
1
1/2
1
1/2
1
1/2
1/2
1-1/2
Use a B1 Bearing for Router Bits RC719 to RC723
2
3 FLUTE - BOTTOM BEARING
U.S.
Part No.
RC747A
RC749A
Canada
Part No.
RC753A
560-3006
RC759A
560-3007
RC756A
RC760A
All router bits use a B3 Bearing
1/4
Overall
Length
2-5/8
2-1/8
1/4
2-11/16
1/2
3-1/4
1/4
1/2
1/2
1/2
2-3/16
2-3/4
3-5/8
4-1/4
Cutting
Diameter
Cut Edge
Length
Shank
Diameter
Overall
Length
1/2
1/2
1/4
2-1/8
1/2
1/2
1/2
1/2
1/2
1/2
1
1
1-1/2
2
1/4
1/2
1/2
1/2
1/2
U.S.
Part No.
2-9/16
2 FLUTE - BOTTOM BEARING
TABLE OF CONTENTS
Flush Trim Laminate Router Bits
3-1/4
2-3/4
3-5/8
4
INDEX
21
TABLE OF CONTENTS
2 Flute Template Router Bits
Engineered with a bearing above the cutting flutes. Designed so that a template or jig can be placed on top of the workpiece.
Allows easy visibility of the workpiece. Top bearing follows the template for accurate 1:1 duplication.
TOP BEARING
Template
Workpiece
U.S.
Part No.
Canada
Part No.
Cutting
Diameter
Cut Edge
Length
Shank
Diameter
Overall
Length
RC780A
523-1806
1/2
3/4
1/4
2-1/4
RC782A
523-1810
RC778A
RC781Q
523-18/01
1/2
1/2
1-1/8
Use a B9 Bearing for Router Bits RC778 to RC782
1/4
1
1-1/2
1/4
1/4
1/2
1-7/8
2-1/2
3-1/2
INDEX
22
U.S.
Part No.
Canada
Part No.
Cutting
Diameter
Bore
Size
Kerf
Decimal
Fractional
Inch
575-2906
1-7/8
5/16
.094
3/32
RC990A
575-2901
RC992A
575-2908
RC991A
RC993A
RC994A
575-2912
1-7/8
1-7/8
1-7/8
1-7/8
5/16
5/16
5/16
5/16
.062
.125
.156
.250
1/16
1/8
5/32
1/4
Replacement Arbors
for Slotting Cutters
Replacement arbor with a threaded 5/16 end and includes a B5 bearing which will produce a 1/2 depth of cut. Use the following
chart to determine the correct bearing to order for additional depths of cut.
Use B5 bearing for a 1/2 depth of cut
U.S.
Part No.
RP101A
RP102A
RP103A
RP104A
Canada
Part No.
Shank
Size
Threaded
End
Overall
Length
Includes
Bearing
3/8
5/16
2-3/8
B5
1/4
1/2
1/2
Includes a B5 bearing for a 1/2” depth of cut
5/16
5/16
5/16
2-3/8
2-3/8
4
B5
B5
B5
TABLE OF CONTENTS
INDEX
Slotting cutters are an excellent choice for cutting slots to accept “T” mouldings, extrusions, etc. Available in a variety of kerfs that
are typically found in this industry. By selecting various bearing sizes the depth of cut can be controlled.
Replacement 3 Wing
Slotting Cutters
23
TABLE OF CONTENTS
Replacement Bearings
Replacement sealed bearings for long life and trouble free performance.
U.S.
Part No.
RP117Q
RP119Q
RP123Q
RP125Q
RP126Q
RP129Q
RP132Q
RP135Q
RP138Q
RP137A
Canada
Part No.
Reference
Number
Outside
Diameter
Inside
Diameter
Bearing
Type
B2
3/8
3/16
Sealed
1/2
1/4
B1
B3
B9
B4
B5
3/4
3/16
1/4
5/16
5/8
3/16
B11
1-1/8
1/2
B25
1-1/8
B27
5/8
B6
B7
B8
B20
RP142A
B26
RP143A
1/2
1/8
7/8
RP139A
RP140A
3/8
5/8
3/4
1/4
3/16
3/4
5/16
1-3/8
5/16
5/16
5/16
Sealed
Sealed
Sealed
Sealed
Sealed
Sealed
Sealed
Sealed
Sealed
Sealed
Sealed
Sealed
Sealed
INDEX
24
Made of the finest carbon steel and heat treated. Precision ground for exacting tolerances. Shoulder on shank has a pin hole for
easy removal on the machinery. Used for drilling clean holes in natural wood for doweling operations. Economical drill with good
wear and tool life characteristics.
U.S.
Part No.
BA111A
Cutting
Diameter
Twist
Length
Overall
Length
Threaded
Shank
Rotation
Direction
3/8
3
4-1/2
7/16-14
L
1/8
3
4-1/2
7/16-14
R
BA141LA
Canada
Part No.
CARBON STEEL-SCREW SHANK
TABLE OF CONTENTS
INDEX
25
TABLE OF CONTENTS
Same as page 25 except manufactured from Super Wear Steel. Requires less tool changes for sharpenings.
Provides excellent wear and tool life characteristics.
SUPER WEAR STEEL - EXTENDED SCREW SHANK
U.S.
Part No.
Canada
Part No.
Cutting
Diameter
Twist
Length
Overall
Length
Threaded
Shank
Rotation
Direction
BW141A
711-4014
7/16
1-3/4
4-1/2
7/16-14
R
BW138A
BW144A
711-4012
711-4057
3/8
3/8
1-3/4
1-3/4
4-1/2
4-1/2
7/16-14
7/16-14
R
L
Extended shank provides stability and rigidity especially when using small cutting diameters. Designed primarily for the Bell 24
Double End Miter and Boring Machine. Can also be used on other machines where runout/walking is a problem. Provides
Rigidity.
SUPER WEAR STEEL - SCREW SHANK
U.S.
Part No.
Canada
Part No.
BW114A
711-4202
BW111A
BW117A
BW123A
BW126A
BW129A
711-4201
Cutting
Diameter
Twist
Length
Overall
Length
Threaded
Shank
Rotation
Direction
1/4
1-1/4
4-1/2
7/16-14
R
3/8
3
3/16
711-4203
9/32
711-4208
7/16
711-4206
711-4210
1/2
3
3
3
3
4-1/2
4-1/2
4-1/2
4-1/2
4-1/2
7/16-14
7/16-14
7/16-14
7/16-14
7/16-14
INDEX
26
R
R
R
R
R
TABLE OF CONTENTS
These machine drills are ground from hardened steel to maintain their accuracy. Two spurs cut in advance of the chip lifter.
Versitle machine drills widely used for cross-grain boring and other applications that require smooth accurate holes.
U.S.
Part No.
Canada
Part No.
Cutting
Diameter
Twist
Length
Overall
Length
Shank
Size
BA149A
718-2404
7/32
3
5
1/2x2
BA153A
BA156A
BA159A
BA162A
BA165A
BA168A
BA171A
BA174A
BA177A
BA179A
BA183A
BA186A
BA189A
BA192A
BA195A
718-2403
718-2405
3/16
1/4
718-2408
5/16
718-2503
3/16
718-2413
718-2504
718-2505
718-2509
7/16
7/32
1/4
5/16
718-2510
11/32
718-2514
7/16
718-2519
9/16
718-2524
3/4
718-2511
718-2517
718-2521
718-2529
3/8
1/2
5/8
1
3
3
3
3
4
4
4
4
4
4
4
4
4
4
4
4
5
5
5
5
6
6
6
6
6
6
6
6
6
6
6
6
1/2x2
BA147A
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
CARBON STEEL
INDEX
27
TABLE OF CONTENTS
Provides longer tool life and wear than the carbon steel drills. Used for cross-grain boring and other work where smooth accurate
holes are required. Two spurs cut in advance of the chip lifter.
SUPER WEAR STEEL
U.S.
Part No.
Canada
Part No.
Cutting
Diameter
Twist
Length
Overall
Length
Shank
Size
BW149Q
718-4202
1/4
3
5
1/2x2
BW156Q
718-4204
BW162A
718-4206
BW147A
BW153A
BW159A
BW165A
BW168A
BW171A
BW174A
BW177A
BW179A
BW183A
BW186A
718-4201
718-4203
3/16
9/32
5/16
718-4205
11/32
718-4207
7/16
718-4208
718-4301
3/8
1/2
1/4
718-4302
9/32
718-4304
11/32
718-4306
13/32
718-4308
1/2
718-4303
718-4305
5/16
3/8
BW189Q
718-4307
BW195A
718-4309
17/32
718-4311
5/8
BW192A
BW198A
BW211A
BW212A
BW213A
BW214A
BW215A
BW216A
BW219A
718-4310
7/16
9/16
718-4312
11/16
718-4314
13/16
718-4316
15/16
718-4313
718-4315
718-4317
3/4
7/8
1
3
3
3
3
3
3
3
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
5
5
5
5
5
5
5
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
INDEX
28
Provides longer tool life and wear than super wear steel. Use for man-made materials such as plastics, chip core and other hard
to drill materials.
U.S.
Part No.
Canada
Part No.
Cutting
Diameter
Twist
Length
Overall
Length
Shank
Size
BC114A
718-1802
5/16
3
5
1/2x2
BC119A
718-1804
7/16
718-1806
5/8
BC111A
BC117A
BC123A
BC126A
BC129A
BC132A
BC135A
BC138A
BC141A
BC144A
718-1803
718-1805
718-1807
718-1901
1/4
3/8
1/2
3/4
1/4
718-1902
5/16
718-1904
7/16
718-1906
5/8
718-1903
718-1905
3/8
1/2
3
3
3
3
3
3
4
4
4
4
4
4
5
5
5
5
5
5
6
6
6
6
6
6
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
1/2x2
BC147A
718-1801
CARBIDE TIPPED
TABLE OF CONTENTS
INDEX
29
TABLE OF CONTENTS
Drill Point Center Drills
Provides longer tool life and wear over carbon steel. Shank diameter is the same as the cutting diameter. Designed for
cross-grain boring and other boring operations. Used with the counterbore and countersink tools on page 32.
4-1/2” LONG - HIGH SPEED STEEL - STRAIGHT SHANK
U.S.
Part No.
Canada
Part No.
Cutting
Diameter
Twist
Length
Overall
Length
Shank
Size
BH132A
722-2406
3/16
2-1/4
4-1/2
3/16
BH131A
722-2402
1/8
2-1/4
4-1/2
1/8
6” LONG - HIGH SPEED STEEL - STRAIGHT SHANK
U.S.
Part No.
Canada
Part No.
Cutting
Diameter
Twist
Length
Overall
Length
Shank
Size
BH111Q
722-1405
3/16
2-1/4
6
3/16
6
7/32
BH113A
BH115A
BH116A
722-1402
722-1403
1/8
5/32
7/32
2-1/4
2-1/4
2-1/4
6
6
1/8
5/32
INDEX
30
TABLE OF CONTENTS
Brad Point Center Drills
Provides longer tool life and wear over carbon steel. Shank diameter is the same as the cutting diameter. Used with the
counterbore and countersink tools on page 32.
4-1/2” LONG - HIGH SPEED STEEL - STRAIGHT SHANK
BH126A
BH129A
Canada
Part No.
Cutting
Diameter
Twist
Length
Overall
Length
Shank
Size
720-2404
3/16
2-1/4
4-1/2
3/16
720-2401
1/8
2-1/4
4-1/2
1/8
U.S.
Part No.
6” LONG - HIGH SPEED STEEL - STRAIGHT SHANK
U.S.
Part No.
Canada
Part No.
Cutting
Diameter
Twist
Length
Overall
Length
Shank
Size
720-1402
5/32
2-1/4
6
5/32
720-1405
7/32
6
7/32
BH112Q
720-1401
BH117Q
720-1403
BH114A
BH119A
740-1407
3/16
1/4
2-1/4
2-1/4
2-1/4
2-1/4
6
6
6
1/8
3/16
1/4
BH123Q
1/8
INDEX
31
TABLE OF CONTENTS
Countersink and Counterbore Drills
82 degree countersink design. Double fluted for fast chip removal. Drill is held by split and set screw. For seating flathead screws.
ADJUSTABLE COUNTERSINK - 1/2” x 2” SHANK - CARBON STEEL
U.S.
Part No.
Canada
Part No.
C-Sink
Diameter
Drill
Size
Twist
Length
Overall
Length
BA233A
732-1308
1/2
3/16
2-1/4
4-1/2
BA229A
732-1303
Center Drill not included
3/8
3/16
2-1/4
4-1/2
Double fluted for fast chip removal. Drill is held by split and set screw. Bores smooth flat bottom holes.
ADJUSTABLE COUNTERBORE - 1/2” x 2” SHANK - CARBON STEEL
U.S.
Part No.
Canada
Part No.
C-Bore
Diameter
Drill
Size
Twist
Length
Overall
Length
730-1305
7/16
7/32
2-1/2
4-1/2
730-1309
1/2
BA236Q
730-1303
BA242A
317-5456
BA239A
BA245A
BA248A
730-1310
Center Drill not included
3/8
1/2
1/2
3/16
3/16
7/32
1/4
2-1/2
2-1/2
2-1/2
2-1/2
INDEX
32
4-1/2
4-1/2
4-1/2
4-1/2
Shanks are 10mm with a machined flat and adjusting screw. For use on European boring machines. Used for adjustable shelving
and concealed hinges.
BC149Q
BC153LQ
BC156A
BC159LA
BC162A
BC165L
BC168A
BC171LA
Canada
Part No.
Cutting
Diameter
Overall
Length
Flute
Length
Shank
Size
710-6851
5
57.5
30
10x20
710-6802
710-6803
710-6852
710-6806
710-6854
710-6809
710-6858
5
6
6
8
57.5
57.5
57.5
57.5
BC174Q
BC177LQ
BC179Q
BC183LQ
30
30
30
10x20
10x20
10x20
10x20
8
57.5
30
10x20
10
57.5
30
10x20
10
57.5
LONG DRILLS - CARBIDE TIPPED
U.S.
Part No.
30
30
10x20
Canada
Part No.
Cutting
Diameter
Overall
Length
Flute
Length
Shank
Size
710-6868
5
70
35
10x30
710-6826
710-6829
710-6879
5
8
8
70
70
70
35
35
35
U.S.
Part No.
10x30
10x30
10x30
STANDARD DRILLS - CARBIDE TIPPED
TABLE OF CONTENTS
INDEX
33
TABLE OF CONTENTS
Twist Drills
Shanks are 10mm with a machined flat and adjusting screw. Provides clean through holes on the back side of the material.
FOR THROUGH HOLES - CARBIDE TIPPED
U.S.
Part No.
BC186Q
BC189LQ
BC192Q
BC195LQ
BC198Q
BC211LQ
Canada
Part No.
Cutting
Diameter
Overall
Length
Flute
Length
712-6752
5
57.5
10
712-6961
5
70
712-6702
712-6911
BBCM31408011
712-6964
5
5
8
8
57.5
70
70
70
10
Shank
Size
R
L
10
R
10
R
10
10
L
L
European Hinge Bits
Has a 10 x 26 shank with a machined flat and adjusting screw. For European boring machines. Used for the concealed hinge
systems.
CARBIDE TIPPED
U.S.
Part No.
Canada
Part No.
Cutting
Diameter
Overall
Length
Shank
Diameter
Shank
Length
BC213LA
700-5151
15
57.5
10
26
BC212A
BC214A
BC215LA
BC216Q
BC219LA
BC222Q
BC225LA
700-5101
700-5105
700-5155
700-5108
700-5158
700-5114
700-5164
15
20
20
25
25
35
35
57.5
57.5
57.5
57.5
57.5
57.5
57.5
10
10
10
10
10
10
10
26
26
26
26
26
26
26
INDEX
34
Made from High Speed Steel. Use 1 flute router bits when you require a freer cutting bit using high feed rates. A versatile router
bit excellent for various types of cuts such as dados, rabbets, plunge routing, mortise cuts, edging, trimming, sizing, etc.
Recommended for natural woods, plastics and aluminum.
U.S.
Part No.
RH162Q
Canada
Part No.
RH165A
RH168Q
Cutting
Diameter
Cut Edge
Length
3/32
3/8
1/16
1/8
RH171A
5/32
RH179A
1/4
RH174A
3/16
RH183A
1/4
RH186A
1/4
1-15/16
5/8
2-3/16
1-1/4
3/4
2-13/16
1-7/16
1
2-1/4
13/16
1/2
3/4
1-1/4
Cutting
Diameter
1/2
Cut Edge
Length
1-1/4
2
2
2
2-1/2
Overall
Length
3-1/8
1-3/16
7/8
7/8
13/16
7/8
Shank
Length
13/16
RH192A
Canada
Part No.
Shank
Length
1/4
HIGH SPEED STEEL - 1/2” SHANK
U.S.
Part No.
Overall
Length
TABLE OF CONTENTS
1 Flute Straight Cut
“O” Flute Router Bits
INDEX
35
TABLE OF CONTENTS
2 Flute Straight Cut
“V” Flute Router Bits
Made from High Speed Steel. Use 2 flute router bits when you require a good final cut. A versatile router bit excellent for various
types of cuts such as dados, rabbets, plunge routing, mortise cuts, edging, trimming, sizing, etc. Recommended for natural
woods, plastics and aluminum.
U.S.
Part No.
RH111A
Canada
Part No.
RH117Q
RH119A
Cutting
Diameter
Cut Edge
Length
Overall
Length
Shank
Length
1/4
3/4
2
1
3/16
1/4
5/8
1
U.S.
Part No.
RH126A
Canada
Part No.
Cutting
Diameter
3/8
Cut Edge
Length
1-1/4
U.S.
Part No.
11/16
2-1/4
7/8
Overall
Length
Shank
Length
2-3/4
11/16
Cutting
Diameter
Cut Edge
Length
Overall
Length
Shank
Length
RH132A
5/16
1-1/4
2-3/4
1/2
RH141Q
1/2
1-1/4
2-3/4
5/8
1-1/4
2-3/4
7/8
1-1/2
3
1-1/4
2-3/4
1-5/16
RH129A
RH135A
RH144A
RH147A
RH149A
RH153A
RH156A
RH159A
Canada
Part No.
2
1/4
3/8
1/2
3/4
1
1-1/4
3/4
1-1/2
2
1-1/4
1-1/4
1-1/4
2-3/8
3
4
2-3/4
2-3/4
9/16
1/2
1/2
1-1/16
1/2
5/8
1-1/4
INDEX
36
TABLE OF CONTENTS
1 Flute Straight Panel
Pilot Router Bits
Drill end point which allows you to plunge into material. Open cutting operations such as windows and doors.
U.S.
Part No.
RH195A
Canada
Part No.
Cutting
Diameter
1/4
Cut Edge
Length
3/4
U.S.
Part No.
RH198Q
Canada
Part No.
Cutting
Diameter
3/8
Cut Edge
Length
7/8
U.S.
Part No.
Cutting
Diameter
1/2
Cut Edge
Length
1
Shank
Length
Overall
Length
Shank
Length
Overall
Length
Shank
Length
2-5/8
3
3-1/2
1
1-1/8
1-1/8
RH211A
Canada
Part No.
Overall
Length
INDEX
37
TABLE OF CONTENTS
1 Flute Spiral Panel Pilot Router Bits
Drill end point which allows you to plunge into material. Open cutting operations such as windows and doors.
U.S.
Part No.
RH212A
Canada
Part No.
Cutting
Diameter
1/4
Cut Edge
Length
3/4
U.S.
Part No.
RH213A
Canada
Part No.
731-1304
Cutting
Diameter
3/8
Cut Edge
Length
7/8
U.S.
Part No.
RH214A
Canada
Part No.
730-4702
Cutting
Diameter
1/2
Cut Edge
Length
1-3/4
Overall
Length
Shank
Length
Overall
Length
Shank
Length
Overall
Length
Shank
Length
2-5/8
3-1/2
4-1/2
1-1/8
1-5/8
1-1/2
INDEX
38
1
2
Hardness is the resistance of a material being cut or the strength of a material to resist tearing or breaking.
Density is the compactness of a material when compared to its volume.
39
TABLE OF CONTENTS
SAFETY RULES WHICH APPLY TO
THE OPERATION OF ALL CARBIDE
TIPPED CUTTING TOOLS
1) Always inspect the cutting tool
completely before mounting. Never
attempt to operate a tool which has
chipped or bent teeth or cutting edges or
teeth that are not sharp. You must be
familiar with normal wear conditions for
the type of tooling to be used. The tool
must be completely clean to allow
proper visual inspection.
2) Do not attempt to operate cutting
tools or machinery with which you are
not familiar or have not received
operational training -- get assistance
from your supervisor, his designated
representative or a trainer who is
familiar and properly trained and
experienced on the machine to insure
your safety. Become completely familiar
with all of the machinery manufacturer’s
written instructions, guides and manuals
before operating machine. You must use
and be familiar with all controls, safety
devices and emergency stop
mechanisms to operate a machine
safely.
3) Never operate a cutting tool that is
not properly aligned to the direction of
feed. Do not allow sideward, twisting or
other than forward pressure on the
cutting tool in feeding material into a cut.
4) Make sure the tool is mounted to
rotate in the proper direction before
cutting any material. The tool must
rotate against, rather than with, the
direction of feed on all hand feed
machines. Do not climb on hand feed
machines.
5) Do not cut material of a type,
hardness1 or density2 other than that
which the cutting tool was designed to
cut. Never attempt to cut materials with
a tool unless you have personally
checked with your supervisor to make
sure the cutting tool was designed for
the specific type of material you wish to
cut, and for the depth of cut desired.
This is particularly important when
attempting to cut “stacked” material, i.e.,
cutting more than one piece at a time.
6) Never force-feed materials into a
cutting tool such that it causes the tool
or machine motor to slow down below
operating speeds. A safe and proper
cutting operation will not require much
force in feeding material. If material
begins to “ride up” on the cutting tool, or
requires undue pressure to feed the
material into the tool, or if undue
vibration is experienced, do not continue
the cut -- turn off all power and correct
the condition.
7) Keep body and clothing well clear
of all cutting tools and other moving
parts while the machine is in operation.
Use work holding fixtures and
mechanical feed devices in all possible
cases. When cutting material of such
size, shape or type that it necessitates
close approximation to the cutter and
mechanical feed mechanisms cannot be
used, use a wood “push stick” to feed
the material so that no part of your body
or clothing comes close to the cutting
tool.
8) Never attempt to clean a cutting
tool or clear pieces of material from the
cutting area while machine power is “on”
or when cutting tools, material or any
part of the machine is moving. Allow
cutter rotation to stop by itself, or by use
of a brake if supplied on the machine.
Never attempt to stop or slow a rotating
cutting tool by applying a hand-held or
any other object to the cutter, arbor,
spindle or drive as a brake.
9) Do not place your body in the
rotational path of a cutting tool unless
absolutely necessary, and then only if
there is a complete and adequate barrier
between you and the cutting tool.
Remember that carbide tips are very
hard and, therefore, brittle. The tips can
break away under incorrect side thrust
or twisting forces, or if foreign material is
allowed to contact the tips. An operator
can reduce the danger of being hurt by
a “kickback” of the material if he always
stands beside the material he is feeding
into the machine rather than in back of
it.
10) Never leave machines
unattended while cutting tools are still
rotating or any part of the machine or
material is moving.
5) Other ANSI, State and/or Federal
Code Regulations which may apply
in your operation.
SAFETY GUIDES FOR THE
OPERATION OF CARBIDE
TIPPED ROUTER BITS
Read completely before attempting to
operate Carbide Tipped Router Bits.
This leaflet of safety and operating
instructions is not intended to be and is
not totally comprehensive; that is, it
does not, and cannot, cover every
possible safety problem which may arise
in using specialized and standard tooling
on varying machines and applications.
This information is rather intended to
generally describe many of the basic
safety and operating procedures which
should be followed, and to describe the
types of safety considerations which
should be considered in operating
cutting tools. None of the statements or
information presented in this section
should be interpreted to imply any
warranty or safety protection.
The drawings do not depict any
particular design, type, or size of tools,
equipment or machines. The drawings
are illustrative only and are not to be
construed to establish any exact mode,
method, or procedure.
All Federal and State laws and
regulations having jurisdiction covering
the safety requirements of cutting tools
at the point of usage take precedence
over the statements and information
presented in this section. Users of
cutting tools must, of course, adhere to
all such regulations. As an aid to cutting
tool users a number of such regulations
are listed below. The list does not
include all regulations that may apply:
1) The Federal Register dated June 27,
1974, Dept. of Labor, Office of Safety
and Health Administration (The
OSHA Act)
2) American National Standards
Institute, 01.1-1975 (Safety
Regulations for Woodworking
Machinery)
Institute, 02.1-1969 (Safety
Requirements for Sawmills)
Institute, P1.1-1969 (Safety
Requirements for Pulp, Paper and
Paperboard Mills)
INDEX
Product Information
and Safety Guidelines
Product Information
11) Never operate a machine without
using all of the hoods, guards, holddowns and safety devices for the
machine being operated.
12) Machines must be maintained to
the manufacturer’s standards and
current safety standards.
13) Always wear safety glasses or
face shield to completely protect your
eyes when operating cutting tools.
CARBIDE TIPPED & HIGH SPEED
STEEL ROUTER BIT & ROUTER
TOOL MOUNTING INSTRUCTIONS
1) Turn off and lock out all machine
power. Remove the collet chuck and
collet (see the machine manufacturer’s
instructions) and clean them. Also clean
the spindle and tool. Remove all nicks
and burrs by very lightly honing (do not
use coarse files or abrasives). when
removing parts and tools from a
machine, handle them carefully. Never
use hard metal hammers to loosen
machine parts or tools, and never allow
the teeth of cutting tools to touch steel
even when they are dull, for this will
cause the cutting edges to be damaged.
2) With all machine power off and
locked out, push the machine spindle up
and down and to and from by hand
pressure (without rotating the spindle).
There should be no feeling of
movement. Next, rotate the spindle by
hand. The spindle should turn freely
without sticking or rubbing if the
bearings are in proper condition.
locked out, check the condition of the
collet chuck my mounting the collet and
collet chuck in the spindle with a ground
test bar positioned full depth into the
chuck. A 3 inch length of drill rod will
serve as a test bar. Set up a dial indictor
as shown in Figure 1, and check the
runout of the test bar, turning the
machine spindle by hand. Runout of the
FIGURE 1
Test Bar
Router Table
40
Machine
Spindle
Dial Indicator
test bar in excess of machinery
manufacturer’s recommendation could
indicate a worn or damaged collet, or
worn spindle bearings or spindle
assembly. Make all corrections
necessary before mounting the cutting
tool.
locked out, remove the test bar and
mount the router bit or router tool in the
machine after inspecting the tool. Do not
mount any tool that is dull or damaged
and check shank of bit to be sure it fits
securely into collet. Be sure the router
bit or tool is positioned completely into
the collet to the full depth of the shank
and clamped only on the smooth,
straight surface of the shank (see Figure
2)
FIGURE 2
Cutting Length
Shank
Body
Never clamp only a portion of the
shank to “extend” the cutting depth, or
clamp on the body below the shank. If
there is a radius between the tool shank
and body, be sure to clamp above the
radius. Check the tool with the dial
indicator (as in Figure 3). Tools that
have excessive runout (more than +
.002) or that wobble, are unsafe at the
high spindle rotating speeds of router
machines, and must be corrected or
replaced.
FIGURE 3
Check trueness
& tool rotation
direction
Machine
Spindle
Dial
Indicator
shank). If markings are present, the
collet may be worn or should be
checked. Worn collets cause undue
vibration in the router bit, which can
work harden the tool causing it to break.
Carbide Tipped & High Speed
Steel Router Bit & Router
Tool Start-Up Procedure
1) Turn off and lock out all machine
power. Never assume previously set
machine or tool conditions to be correct.
Be sure that the tool is correctly
mounted, properly positioned in the
collet chuck and clamped securely, turns
freely (no foreign objects in tool rotation
path) and is properly positioned for the
cutter operation required. Check to see
that the cutting tool is not dull.
2) Insure that you are not attempting
to operate tools that do not conform to
the machine manufacturer’s machine
load specifications in either size or
weight, or that do not mount according
to the machine design limitations.
Operate router bits and router tools only
on the type of materials, cutting loads
and operation applications for which the
tools and machine were designed.
locked out, position the cutting tool,
material guide rails and material holddowns so that the material to be cut is
fully supported. This will insure there will
be minimal material vibration. Next,
follow the machine manufacturer’s
instructions to mount all guards over the
tools such that the guards are close to,
but properly clear, the material being
cut. Mount and activate all safety
devices such as anti-kickback
mechanisms, dust hoods, guards and
safety switches. Make sure all personnel
and all loose or foreign objects are clear
of the machine and the cutting tool.
Insure that the direction of feed of the
material to the cutting tool is proper.
(see Figure 4)
FIGURE 4
Material Feed
Router table
surface
5) SPECIAL NOTE: Whenever a
router bit is removed from a machine,
inspect the shank for collet markings
(brown or black spots, or lines on the
Router Bit
Rotation
of Bit
Product Information
This is accomplished by “jogging”
(that is, pressing the start button and
immediately after that pressing the stop
button). At a safe distance, observe the
operating condition of the tools (by sight
and sound) as they rotate slowly.
Next, Turn off and lock out all
machine power, wait until the cutting tool
stops rotating (do not attempt to stop the
tool rotation yourself unless a brake is
specifically provided for that purpose on
the machine), and make any necessary
corrections. Any router tool that is dull or
appears to “wobble” when rotating is
dangerous and the situation must be
corrected before attempting to cut any
material (see Router Tool Mounting
Instructions). Adjust the machine feed
controls (if automatic) according to
machine manufacturer’s instructions.
Go through all steps noted in
paragraph 3, just above, before you turn
the machine power on. Press the start
button and allow the machine to operate
at full idle speed for at lease one minute
before feeding material. Before
beginning production cutting, make a
short, shallow cut on a test piece of the
material to be cut to observe cutting
action of the tool before proceeding to
full cut depth operation. Always start into
the cut slowly and use a smooth, steady
feed to allow the tool to cut freely. It will
not take much effort to move material
properly through the cut if the routing
operation is set up correctly and safely.
Carbide Tipped & High Speed
Steel Router Bit & Router Tool
Special Operating Precautions
Read CAREFULLY
1) Never run router tools in machines
other than router machines. Do not
operate router tools in drill presses,
portable drills, etc.
2) Operate only router tools and
router bits that have the shortest
possible cutting edge length in order to
maintain the cutting load as close as
possible to the collet chuck support
(never use a longer cutting edge length
to “reach” the material). Material should
just clear the collet chuck as it moves
through the cut. Do not operate router
tools with only part of the tool shank
clamped in the collet to make the tool
“reach” deep cuts. The entire shank
must be clamped in the collet. Do not
clamp the tool on any radius between
the shank and body.
3) Router tools are often limited in
capacity of the chip pocket (area in front
of the cutting edge which carries away
the chip) because of the small diameter
of the tool. Over-feeding (forcing
material into the cut) can cause
compression of chips that can result in
bending or breaking of the router bit or
tool. Small diameter router bits are
limited in the amount of clearance that
can be designed and manufactured into
the tool due to the need to maximize
strength in the tool body. Fast feeding of
router bits can result in overloading the
clearance space between the material
cut and the steel behind the cutting
edge. When such an operating condition
occurs, dangerous, high overload
pressures rapidly develop that can
cause bending and breakage of the tool.
Don’t force-feed material into these
tools.
4) If the cutting tool and the material
tend to push away from one another, or
if they bounce or vibrate against each
other, stop the machine immediately. Do
not force to continue the cut. Do not
operate the machine until the machine
or tool condition is corrected.
5) Never feed material into a router
tool when the material is not supported
by the machine table and table guide
rails, or that requires the hands or
clothing to be dangerously close to the
rotating parts of the machine. Keep body
and clothing well clear of the cutting tool
while in operation.
6) Always wear safety glasses to
completely protect eyes when operating
routing tools.
Special Notes on Portable Routers
A. Follow the machine manufacturer’s
recommendations on proper
inspection and operation of the
portable router.
B. Insure that the unit is unplugged at
all times during inspection.
C. Make sure that the router motor is
clamped securely in the base at all
times.
D. Insure that the router bit shank is
always inserted a minimum of 5/8” up
into the collet.
E. Total router bit runout should not
exceed +.004.
F. Inspect the collet frequently. The
collet should be replaced when use
causes wear at point A or at point B
(see Figure 5). Continued use of
such a worn collet can cause bit
vibration and set up stresses that
result in bit breakage.
FIGURE 5
Router Shank
Point B
Collet
Chuck Nut
Bit Shank
Point A
41
Carbide Insert
Router Bits
TABLE OF CONTENTS
APPLICATIONS
• Comes complete with cutter body, screws and torx wrench.
• Insert router bit is manufactured in right-hand rotation.
• Maximum RPM = 24,000
•
•
•
•
Designed for use on C.N.C. router machines.
Can also be used on stationary overhead routers.
Use with mechanical feed operations.
CNC router must have excellent hold downs to ensure the
least possibility of part movement.
• To produce profiles that have a large depth of cut.
• For cutting profiled grooves, veining, etc.
ADVANTAGES
• Cutterhead is able to produce numerous profiles by simply
changing the insert.
• Extended tool life over brazed tooling due to insert
accuracy and superior carbide grades.
• Produces a constant cutting circle so setup and machine
adjustments are reduced to a minimum.
• Lower tooling costs due to decreased down time required
for tooling changes.
TECHNICAL INFORMATION
U.S.
Part No.
Max. Cutting
Width
mm
in.
7
.26”
NU147*
NU151*
15
.59”
Max. Profile
Cutting Depth
mm
in.
11.5
.43”
20
.79”
See page 50 for inserts
*Is not a stock item and will require 4-5 weeks delivery.
Shank Size
in.
mm
3/4”
115
3/4”
115
Overall
Length
in.
mm
4.53”
23
4.53”
Cutting
Circle Dia.
in.
.91”
40
1.57”
Uses
Insert No.
6778
6781
SPARE PARTS
U.S. Part No.
NP249
NP123
Description
Torx Clamping Screw M4x6
Torx Clamping Screw M4x5.9
NP171
Torx Wrench “T” Handle T15
6778
Carbide Insert 20x12x2
6781
Carbide Insert 36x21x2
Shank
Size
NU147
Shank
Size
.90" Max.
Material
To Be Cut
.2
• Shank style cutter body design utilizes a double edge
custom profiled carbide insert.
• Available in a 1 flute design only.
• Cutter body provides profile zone support for various
profiles utilizing a single body.
Profile
Zone
NU151
.275"Max.
.118" Min.
Profile Zone and Limitations for NU147
4.53"
4.53"
Single edge
1 Flute
Face Coming
Material
To Be Cut
Profile
Zone
.275" Max.
.90" Max.
1.06"
.5
1.57" Max.
Single edge
1 Flute
Face Coming
.590"Max.
.196" Min.
Profile Zone and Limitations for NU151
.590" Max.
1.57" Max.
1.85"
INDEX
44
APPLICATIONS
• Standard hook angle is 10° positive.
• Comes complete with cutter body, wedges, screws and
allen wrench.
• Maximum RPM for 110mm Dia. = 12,000, 148mm Dia. =
6,000
•
•
•
•
• To produce profiles that have a large depth of cut.
• Use on edges of decorative panels, doors, furniture, etc.
• Shank style cutter body design made of aluminum alloy is
at a 45° angle and uses 2 non-turnable profiled carbide
inserts.
• Available in a 2-wing (flute) design only.
• Requires the use of backing plates to support the profiled
cutting region.
Max. Cutting
Width
mm
in.
40
1.57”
NU135*
NU136*
NU137*
60
2.36”
60
2.36”
40
NU141*
1.57”
Max. Profile
Cutting Depth
mm
in.
17
.67”
22
.87”
22
.87”
17
Shank
Size
in.
3/4”
3/4”
.67”
1”
1”
Overall
Length
mm
in.
123
4.84”
Cutting
Circle Dia.
mm
in.
110
4.33”
123
110
142
5.59”
142
5.59”
4.84”
148
5.83”
148
5.83”
4.33”
Uses
Insert No.
Backing
Plate No.
6650
NB123
6650
NB123
6660
6660
NB122
NB122
U.S. Part No.
SPARE PARTS
Description
NP111
Clamping Wedge for 40mm Inserts
NP114
NP117
Wedge Screw M8x12 for all Cutters
NP119
Allen Wrench SW4 for Screws
NB122
60mm x 41mm Backing Plate
NB123
ADVANTAGES
U.S.
Part No.
TABLE OF CONTENTS
Shank
Size
Profile
Zone
Profile
Zone
45
o
Overall
Length
40mm
45
o
Body Dia.
60mm
C
u
W ttin
id g
th
45 o
Minimum Dia.
INDEX
Large Dia.
45
TABLE OF CONTENTS
APPLICATIONS
allen wrench.
• Maximum RPM for 3/4” Shank = 10,000, 1” Shank =
12,000
•
•
•
•
• To profile edges on decorative panels, doors, frames, etc.
ADVANTAGES
U.S.
Part No.
Max. Cutting
Width
mm
in.
35
1.38”
NU111*
NU114*
NU117*
55
2.17”
55
2.17”
35
NU119*
Max. Profile
Cutting Depth
mm
in.
17
.67”
1.38”
22
.87”
22
.87”
17
Shank
Size
in.
3/4”
3/4”
.67”
1”
1”
Overall
Length
mm
in.
109
4.29”
129
5.08”
129
5.08”
109
4.29”
Cutting
Circle Dia.
mm
in.
90
3.54”
100
3.94”
100
3.94”
90
3.54”
Uses
Insert No.
Backing
Plate No.
6650
NB123
6650
NB123
6660
6660
NB122
NB122
SPARE PARTS
U.S. Part No.
Description
NP111
NP114
NP117
NP119
NB122
NB123
Shank Size
Overall Length
• Shank style cutter body design uses 2 non-turnable
profiled carbide inserts.
cutting region.
Profile
Zone
Body Diameter
2.166"
.87"
60mm Insert
Profile
Zone
.67"
40mm Insert
1.38"
Insert Height 40/60mm
61o
Maximum
Profile
Depth
Cutting Circle
Face Coming
INDEX
46
allen wrench.
12,000
•
•
•
•
ADVANTAGES
• Cutterhead is able to produce numerous profiles by
simply changing the insert.
• Lower tooling costs due to decreased down time
required for tooling changes.
cutting region.
U.S.
Part No.
Max. Cutting
Width
mm
in.
30
1.18”
NU123*
NU126
NU129*
50
1.97”
50
1.97”
30
NU132*
Max. Profile
Cutting Depth
mm
in.
17
.67”
1.18”
22
.87”
22
.87”
17
Shank
Size
in.
3/4”
Overall
Length
mm
in.
109
4.29”
3/4”
.67”
1”
129
5.08”
129
5.08”
109
1”
4.29”
Cutting
Circle Dia.
mm
in.
90
3.54”
100
3.94”
100
3.94”
90
3.54”
Uses
Insert No.
Backing
Plate No.
6650
NB123
6650
NB123
6660
6660
NB122
NB122
U.S. Part No.
SPARE PARTS
Description
NP111
NP114
NP117
NP119
NB122
NB123
Overall Height
Shank Size
Profile
Zone
1.97"
.87"
Maximum
Profile
Depth
1.18"
.67"
40mm Insert
Cutting Circle
Face Coming
INDEX
60mm Insert
Body Diameter
Insert Height 40/60mm
Profile
Zone
APPLICATIONS
TABLE OF CONTENTS
47
TABLE OF CONTENTS
APPLICATIONS
•
•
•
•
Use with mechanical and hand feed operations.
• Use for machining operations such as grooving, lettering
and ingraving in both natural and man-made material.
• Insert can be profiled on one cutting edge only to provide
small decorative cuts.
U.S.
Part No.
ND259*
Cutting Edge
Diameter
in.
mm
.69”
8.5
Cutting Edge
Length
in.
In.
.34”
1/2”
Shank
Size
mm
48
• Shank style cutter body design made from high tensile
steel and tempered for long life and wear resistance.
• Small indexable standard carbide insert is easily removed
with the use of the wrench provided.
• 1 cutting edge utilized/profiled per insert.
• Accuracy maintained even when changing the insert.
• Maximum RPM 24,000
ADVANTAGES
• Reduced sharpening costs due to small cost of inserts
over standard brazed router bits.
Overall
Length
in.
1.89”
No. of
Flutes
1
No. of Inserts
Required
requises
1
Uses
Insert #
TJ156N
INDEX
48
•
•
•
•
• To profile wide profiles and grooves, some rosettes that do
not have a center button.
• Can also be used to cut raised panel sections and deep
flat profiles.
cutting region.
U.S.
Part No.
NU138*
NU144*
Max. Cutting
Width
mm
in.
76
2.99”
76
2.99”
Max. Profile
Cutting Depth
mm
in.
17
.67”
17
.67”
Shank
Size
In.
3/4”
1”
allen wrench.
12,000
ADVANTAGES
changing the inserts and backing plates.
Overall
Length
mm
in.
112
4.41”
112
Cutting
Circle Dia.
mm
in.
38
1.5”
4.41”
38
1.5”
Uses
Insert No.
Backing
Plate No.
6771/6774
NB123
6771/6774
NB123
U.S. Part No.
NP117
NP119
NP123
SPARE PARTS
Description
Clamping Wedge for 40mm inserts
Wedge Screw M8 x 12 for all Cutters
1"
Profile
Zone
.67"
APPLICATIONS
TABLE OF CONTENTS
4.41"
2.99"
1.42"
.67"
INDEX
2.99"
49
TABLE OF CONTENTS
Universal Inserts
4
20
.822"
Profile Zone
Profile Zone
12
U.S.
Part No.
Dim.
WxHxT
20x12x1.5
6778S
4.5
Carbide
Grade
Sold in
Quantities
GP
Ea.
GP
20x12x1.5
Ea.
20
.5
6
5
50
60
2
U.S.
Part No.
Dim.
WxHxT
Carbide
Grade
Sold in
Quantities
6660S
60x42x2
GP
Ea.
6660
4.6
30
60x42x2
GP
Ea.
36
Profile Zone
21
6781
Dim.
WxHxT
Carbide
Grade
Sold in
Quantities
36x21x2
GP
Ea.
36x21x2
6781S
GP
20
Ea.
4.5
36
U.S.
Part No.
2
6.3
6778
41
2
40
Profile Zone
.625"
4.5
20
U.S.
Part No.
6650
6650S
INDEX
50
Dim.
WxHxT
40x36.3x2
40x36.3x2
Dim.
WxHxT
Carbide
Grade
Sold in
Quantities
6774
40x36x2
GP
Ea.
6771S
6774S
40x36x2
40x36x2
40x36x2
GP
GP
GP
Ea.
Ea.
Ea.
.5
6
5
U.S.
Part No.
6771
36.3
2
30
2
40
Carbide
Grade
Sold in
Quantities
GP
Ea.
GP
Ea.
U.S.
Part No.
TJ156Q
Dim.
WxHxT
12x12x1.5
Carbide
Grade
GP
Sold in
Quantities
10
•
•
•
•
• To shape raised panels used in door applications.
• Cutter body is profiled to match the carbide insert.
U.S.
Part No.
Profile
Cut Width
mm
in
ND159*
30
1.18”
Cutting
Depth
mm
in
46
Shank
Size
in
1.81”
3/4”
See page 61-63 for inserts
• Requires no backing plates or clamping wedges.
• Insert is mechanically fastened by the use of face mounted
screws.
• Optional center router bit can be used to machine the
edges of the panel.
ADVANTAGES
• Reduced set-up time because of fewer parts and a
constant cutting circle.
Small
Diameter
mm
in
22
.87”
Large
Diameter
mm
in
112
4.41”
APPLICATIONS
Uses
Insert #
6735 / 6765
SPARE PARTS
U.S. Part No.
Description
NP126
Torx Wrench T15
NP123
Torx Screw M4x5.9 large head T15
SPARE PARTS FOR OPTIONAL CENTER CUTTER
U.S. Part No.
Description
ND162
Optional Center Cutter .87” Dia.x47”
NP129
Screw M4x25 for RB #NP162
TJ156
Std. Insert 12x12x1.5mm
Shank Size
Your Raised Panel
Profile Here
Insert Height 1.18"
Overall Length
Face
Coming
TABLE OF CONTENTS
6mm
Optional Center Cutter
to Remove Edge of Panel
Part Number ND162
2.125"
.47"
Profile Depth
Insert Depth 1.97"
INDEX
Large Diameter 4.41"
.87"
51
TABLE OF CONTENTS
APPLICATIONS
screws.
• Maximum RPM for 45mm dia. = 18,000, 55/65mm dia. =
12,000
•
•
•
•
ADVANTAGES
• Shank style cutter body design uses non-turnable profiled
carbide inserts.
U.S.
Part No.
Max. Cutting
Width
mm
in.
ND111*
ND114*
30
1.18”
30
1.18”
30
ND114*
ND114*
1.18”
30
ND117*
1.18”
40
ND119*
1.57”
40
ND119*
1.57”
40
ND119*
1.57”
40
ND123*
1.57”
50
ND126
1.97”
50
50
ND126
1.97”
50
1.97”
1/2”
1.57”
3/4”
2.17”
3/4”
3/4”
1/2”
3/4”
3/4”
3/4”
1/2”
3/4”
3/4”
3/4”
2.17”
2.17”
1.57”
2.17”
2.17”
2.17”
1.57”
2.17”
2.17”
2.17”
See pages 61-63 for inserts
Max. Large
Diameter
mm
in.
45
1.77”
55
2.17”
45
65
45
45
55
65
45
45
55
65
1.77”
2.56”
1.77”
1.77”
2.17”
2.56”
1.77”
1.77”
2.17”
2.56”
Body
Diameter
mm
in.
Uses
Insert No.
42
1.65”
6711 / 6741
52
2.05”
6714 / 6744
1.65”
6719 / 6749
42
52
42
42
52
52
42
42
52
52
1.65”
2.05”
1.65”
2.05”
2.05”
1.65”
1.65”
2.05”
2.05”
6711 / 6741
6717 / 6747
6719 / 6749
6723 / 6753
6726 / 6756
6729 / 6759
6729 / 6759
6732 / 6762
6735 / 6765
SPARE PARTS
U.S. Part No.
Description
NP126
Torx Wrench T15
NP123
Shank Size
Face Coming
Body Dia.
Cutting Width
Overall Length
ND126
1.97”
Shank Size
and Dimensions
Dia.
Length
Min. Small Dia.
All Bits 1.18"
Profile Depth
Max. Large Dia.
INDEX
52
APPLICATIONS
• Insert is mechanically fastened by the use of back
mounted screws.
• Mèche à plaquette fabriquée pour une rotation vers la
droite.
12,000
• Ramp plunging is possible with this tool.
•
•
•
•
ADVANTAGES
ND129*
ND132*
Max. Cutting
Width
mm
in.
30
30
Max. Profile
Cutting Depth
mm
in
1.18”
7
1.18”
7
.28”
Shank
Size
Inches
.28”
1/2”
3/4”
Min. Small
Diameter
mm
in.
19
19
.75”
.75”
Max. Large
Diameter
mm
in.
34
34
1.34”
1.34”
Body
Diameter
mm
in.
28
28
1.10”
1.10”
carbide inserts.
U.S.
Part No.
Uses
Insert #
6711/6741
6711/6741
SPARE PARTS
U.S. Part No.
Description
NP126
Torx Wrench T15
NP123
TABLE OF CONTENTS
Shank Size
Body Dia.
40mm Cutting
Width Only
Face Coming
Back Mounted
Screws
Your Dedicated
Profile Here
Min. Small Dia. .75"
Cutting Depth
INDEX
Large Dia.
53
TABLE OF CONTENTS
APPLICATIONS
• Insert is mechanically fastened by the use of 3 back
mounted screws for additional protection.
12,000
•
•
•
•
ADVANTAGES
carbide inserts.
U.S.
Part No.
ND135
ND138
Max. Cutting
Width
mm
in.
40
40
Max. Profile
Cutting Depth
mm
in
1.58”
17
1.58”
17
.67”
Shank
Size
Inches
.67”
1/2”
3/4”
Min. Small
Diameter
mm
in.
19
.75”
19
.75”
Max. Large
Diameter
mm
in.
54
54
2.13”
2.13”
Body
Diameter
mm
in.
41
41
1.61”
1.61”
Uses
Insert #
6728/6758
6728/6758
SPARE PARTS
U.S. Part No.
Description
NP126
Torx Wrench T15
NP123
Shank Size
30
26
40
Body Dia.
Face Coming
40mm Cutting
Width Only
Back Mounted
Screws
17
Your Dedicated
Profile Here
Min. Small Dia. .75"
Cutting Depth
Large Dia.
INDEX
54
APPLICATIONS
mounted screws.
•
•
•
•
ADVANTAGES
Max. Cutting
Width
mm
in.
ND141
25
ND144
25
.98”
Max. Profile
Cutting Depth
mm
in
Shank
Size
Inches
See Drawing
3/4”
See Drawing
.98”
1/2”
Min. Small
Diameter
mm
in.
10
.39”
10
.39”
Max. Large
Diameter
mm
in.
30
30
1.18”
1.18”
Body
Diameter
mm
in.
28
28
1.10”
1.10”
carbide inserts.
U.S.
Part No.
TABLE OF CONTENTS
Uses
Insert #
6738
6738
SPARE PARTS
U.S. Part No.
Description
NP126
Torx Wrench T15
NP123
Shank Size
17.5
Body Dia. 1.10"
6.5
Your Dedicated
Profile Here
Face
Coming
25
Cutting Width
.984"
6.5
Profile Depth
Min. Small Dia.
.394"
INDEX
Max. Large Dia.
1.18"
55
TABLE OF CONTENTS
APPLICATIONS
mounted screws.
•
•
•
•
ADVANTAGES
carbide inserts.
U.S.
Part No.
Max. Cutting
Width
mm
in.
ND147*
30
ND149*
30
1.18”
Max. Profile
Cutting Depth
mm
in
Shank
Size
Inches
See Drawing
3/4”
See Drawing
1.18”
Min. Small
Diameter
mm
in.
1/2”
19
19
.75”
.75”
Max. Large
Diameter
mm
in.
64
64
2.52”
2.52”
Body
Diameter
mm
in.
58
58
2.28”
2.28”
Uses
Insert #
6714/6744
6714/6744
SPARE PARTS
U.S. Part No.
Description
NP126
Torx Wrench T15
NP123
Shank Size
25o
25
25¼
Body Dia.
2.28"
30
13
Base
Reference Line
Profile Depth
Your Profile
Here
Min. Small Dia.
Face
Coming
Cutting Width
1.18"
.75"
Max. Large Dia.
2.52"
INDEX
56
•
•
•
•
carbide inserts.
U.S.
Part No.
Max. Cutting
Width
mm
in.
ND153*
40
ND153*
40
1.57”
Max. Profile
Cutting Depth
mm
in.
Shank
Size
in.
See Drawing
3/4”
See Drawing
1.57”
3/4”
mounted screws.
ADVANTAGES
Max. Large
Diameter
mm
in.
74
Body
Diameter
mm
in.
2.91”
83
70
3.27”
70
2.76”
2.76”
APPLICATIONS
TABLE OF CONTENTS
Uses
Insert #
6723 / 6753
6726 / 6756
SPARE PARTS
U.S. Part No.
Description
NP126
Torx Wrench T15
NP123
Shank Size
30 o
30o
25
30
Body Dia. 2.76"
30 o
Your Profile
Here
40
12
Base
Reference Line
Profile Depth
Face
Coming
40
17
Base
Reference Line
Ins
ert
Ins #12
ert
#1
3
Cut Width 1.57"
Large Dia 2.96"
INDEX
Large Dia 3.27"
57
TABLE OF CONTENTS
APPLICATIONS
•
•
•
•
• Shank style cutter body design of high alloy steel uses 2+2
non-turnable profiled carbide inserts.
U.S.
Part No.
ND156*
Max. Cutting
Width
mm
in.
55
2.17”
Max. Profile
Cutting Depth
mm
in.
See Drawing
Shank
Size
in.
3/4”
mounted screws.
• Insert router bit is manufactured in right-hand rotation with
a combination up-shear/down-shear configuration which
eliminates tearout on larger profiles.
ADVANTAGES
Max. Large
Diameter
mm
in.
86
3.39”
Body
Diameter
mm
in.
75
2.95”
Uses
Insert #
6717 / 6747
SPARE PARTS
U.S. Part No.
Description
NP126
Torx Wrench T15
NP123
INDEX
58
•
•
•
•
• Use for machining operations such as jointing, rabbeting,
beveling and chamfering in both natural and man-made
material.
U.S.
Part No.
ND237
Cutting Edge
Diameter
in.
4.02” max
Cutting Edge
Length
mm
in.
40
1.57”
Shank
Size
In.
3/4”
• Swivel range from top 0°-45°, bottom 0°-90°.
• Small indexable standard carbide inserts are easily
removed with the use of the wrench provided
• 2 inserts on the cutting edge.
• Accuracy maintained even when changing the inserts.
• Maximum RPM 9,400 - 12,000
ADVANTAGES
Overall
Length
mm
92
No. of
Flutes
No. of Inserts
Required
Uses
Insert #
2
2
TJ123
APPLICATIONS
TABLE OF CONTENTS
SPARE PARTS
U.S. Part No.
Description
TJ123
40x12x1.5 Page TCI1-1
NP197
Wrench “T” handle SW3
NP119
Allen Screw M6x8
Wrench “T” handle SW4
Allen Wrench SW3
INDEX
NP132
Clamping Screw M5x16 Din 912
NP244
59
APPLICATIONS
• Designed for use on C.N.C. router machines.
• Use with mechanical and hand feed operations.
• CNC router must have excellent hold downs to ensure the
• Use for machining operations such as beveling, decorative
grooving, and miter folding.
U.S.
Part No.
ND154
Cutting Edge
Diameter
in.
1.97”
Cutting Edge
Length
mm
in.
25
.98”
Shank
Size
In.
3/4”
ADVANTAGES
Overall
Length
mm
in.
93
3.66”
No. of
Flutes
No. of Inserts
Required
Uses
Insert #
1
1
TJ125
Shank
Size
90o
45o
V-Grooving
90
V-Folding
o
Chamfering
45o
Cutting Width
removed with the use of the wrench provided
• 1 insert with 2 cutting edges.
• Accuracy maintained even when changing the inserts.
Overall Length
TABLE OF CONTENTS
Beveling
45
o
Body Diameter
INDEX
60
69
6.5
25
Profile Zone
Profile Zone
26
6.5
Dim.
WxHxT
6738S
17.5x25x2
6738
2
17.5
17.5x25x2
Carbide
Grade
Sold in
Quantities
GP
Ea.
GP
Ea.
4
7
Profile Zone
U.S.
Part No.
14
2
Carbide
Grade
Sold in
Quantities
20x50x2
NW
Ea.
20x50x2
NW
20x50x2
6729S
20x50x2
6759S
20
Dim.
WxHxT
6729
6759
30
50
4
U.S.
Part No.
TABLE OF CONTENTS
Dedicated Inserts
GP
Ea.
GP
Ea.
Ea.
4
6741
6711
6711S
Carbide
Grade
Sold in
Quantities
20x30x2
NW
Ea.
20x30x2
NW
20x30x2
GP
20x30x2
6741S
Ea.
GP
14
Ea.
4
Ea.
U.S.
Part No.
Profile Zone
25
12
2
Carbide
Grade
Sold in
Quantities
25x30x2
NW
Ea.
25x30x2
NW
25x30x2
6714S
25x30x2
6744S
40
Dim.
WxHxT
6714
6744
26
30
Dim.
WxHxT
2
7
Profile Zone
U.S.
Part No.
20
GP
GP
Ea.
Ea.
Ea.
4
6719
6749
6719S
6749S
Dim.
WxHxT
20x40x2
7
2
Carbide
Grade
GP
20x40x2
NW
20x40x2
NW
20x40x2
GP
Sold in
Quantities
Ea.
Ea.
INDEX
U.S.
Part No.
20
Ea.
Ea.
61
Profile Zone
26
40
Profile Zone
TABLE OF CONTENTS
Dedicated Inserts
26
50
12
U.S.
Part No.
Dim.
WxHxT
Carbide
Grade
Sold in
Quantities
40x25x2
NW
Ea.
40x25x2
NW
6723
40x25x2
6723S
40x25x2
6753
6753S
2
GP
Ea.
GP
Ea.
Ea.
4
U.S.
Part No.
Dim.
WxHxT
Carbide
Grade
Sold in
Quantities
6765
50x30x2
NW
Ea.
50x30x2
NW
6735
6735S
6765S
26
2
17
30
50
50x30x2
GP
50x30x2
Ea.
GP
Ea.
Ea.
Profile Zone
25
Profile Zone
4
14
30
4
4
12
U.S.
Part No.
6732
6762
6732S
6762S
Dim.
WxHxT
50x25x2
25
2
Carbide
Grade
GP
50x25x2
NW
50x25x2
NW
50x25x2
GP
Sold in
Quantities
Ea.
Ea.
Ea.
U.S.
Part No.
Dim.
WxHxT
6747
6717
6717S
6747S
30
17
2
Carbide
Grade
Sold in
Quantities
30x30x2
NW
Ea.
30x30x2
NW
30x30x2
30x30x2
GP
GP
Ea.
Ea.
Ea.
Ea.
INDEX
62
40
U.S.
Part No.
Canada
Part No.
TJ123Q
202-5403Q
U.S.
Part No.
Dim.
WxHxT
Dim.
WxHxT
40x12x1.5
Carbide
Grade
GP
Sold in
Quantities
10
17
U.S.
Part No.
Dim.
WxHxT
6756
6726
6726S
30
2
Carbide
Grade
Sold in
Quantities
40x30x2
NW
Ea.
40x30x2
NW
40x30x2
GP
40x30x2
6756S
1.5
6758
6728S
6758S
40x30x2
Profile Zone
40
TJ125
40x12x1.5
U.S.
Part No.
Canada
Part No.
TJ156Q
30
Sold in
Quantities
GP
10
210-5401Q
Dim.
WxHxT
12x12x1.5
Carbide
Grade
GP
Sold in
Quantities
10
2
Carbide
Grade
GP
40x30x2
NW
40x30x2
NW
40x30x2
Ea.
Carbide
Grade
GP
Sold in
Quantities
Ea.
Ea.
Ea.
Ea.
INDEX
6728
Ea.
12.6
17
Dim.
WxHxT
Ea.
GP
26
U.S.
Part No.
4
Profile Zone
26
TABLE OF CONTENTS
Dedicated Inserts
63
APPLICATIONS
• Use a double flute for smoother finishes and high quality
cuts.
• Indexable standard carbide inserts are easily removed with
the use of the torx wrench provided.
• Requires no special set-up fixtures to set knives.
•
•
•
•
• Use for jointing, coping, parting, rabbeting, ramp plunge,
vertical ramp plunging, boring, cutout routing etc.
ADVANTAGES
• Excellent for high production runs.
U.S.
Part No.
ND189
Cutting Edge
Diameter
in.
Cutting Edge
Length
mm
in.
1/2”
ND192
ND193*
1.18”
50.5
1.99”
3/4”
50.5
3/4”
56
3/4”
ND195*
30
1.99”
2.20”
Shank
Size
In.
Overall
Length
mm
in.
1/2”
110
4.33”
1
2
1/2”
110
4.33”
4.33”
1
2
2
TJ241/TJ156
2
TJ129
TJ241/TJ156
Shank
Size
Cutting
Dia.
ND189
TJ235
1
Overall Length
Overall Length
50mm Insert
Cutting Edge Length
Overall Length
Cutting
Dia.
Uses
Insert #
1
110
Shank
Size
Shank
Size
No. of Inserts
Required
3.15”
3/4”
1/2”
No. of
Flutes
80
Cutting Edge Length
steel for long life and durability.
• Use a single flute for higher feed rates and faster material
removal.
ND195
Cutting Edge Length
TABLE OF CONTENTS
Cutting Dia.
ND192 / ND193
INDEX
64
TABLE OF CONTENTS
SPARE PARTS FOR ND189
U.S. Part No.
Description
NP176
Clamping Wedge 30mm RH
NP215
Torx Screw M3x7.0 T8
U.S. Part No.
Description
NP171
Torx Wrench T15
Torx Screw M4x5.9 T15
NP123
SPARE PARTS FOR ND192 & ND193
U.S. Part No.
NP123
NP258
NP171
Torx Screw M4x5.9 T15 (for plunge point)
Clamp Screw for Wedge M3.5x5.5 T15
Torx Wrench T15
Clamping Wedge for ND192 RH
INDEX
NP224
Description
65
TABLE OF CONTENTS
APPLICATIONS
•
•
•
•
• Use for jointing, coping, parting, rabbeting, ramp plunge,
vertical ramp plunging, boring, cutout routing etc.
• Uses standard turnover inserts to reduce cutting
pressures.
U.S.
Part No.
Cutting Edge
Diameter
mm
in.
ND221*
22
ND224*
22
.866”
.866”
Cutting Edge
Length
mm
in.
42
60
1.65”
2.36”
Shank
Size
In.
3/4”
3/4”
• Top and bottom inserts have down and up shear to
eliminate tearout on material surfaces.
• Can be used for plunge cutting.
• Designed for high removal rates in either natural or manmade material. Excellent for double face laminates.
ADVANTAGES
Overall
Length
mm
in.
115
131
4.53”
5.16”
No. of
Flutes
No. of Inserts
Required
Uses
Insert #
1+1
4
TJ156
1+1
6
TJ156
SPARE PARTS
U.S. Part No.
Description
NP171
Torx Wrench T15
NP123
Torx Screw M4 Extra Large Head T15
Cutting Edge Length
Overall Length
Shank
Size
Cutting Dia.
INDEX
66
APPLICATIONS
removed with the use of the wrench provided.
•
•
•
•
• Use for machining double laminated material where
chipping and “lifting” of presents a problem with straight
style router bits.
ADVANTAGES
ND198*
ND197LH*
Cutting Edge
Diameter
in.
3/4”
3/4”
Cutting Edge
Length
mm
in.
30
30
1.18”
1.18”
Shank
Size
In.
3/4”
3/4”
Overall
Length
mm
in.
95
95
3.74”
3.74”
No. of
Flutes
No. of Inserts
Required
Uses
Insert #
1
1
2
2
TJ389
TJ389
U.S.
Part No.
TABLE OF CONTENTS
SPARE PARTS
U.S. Part No.
Description
NP126
Torx Wrench T15
NP123
Torx Screw M4 Extra Large Head T15
Standard Turnover insert 16x7x1.5
TJ389
Combination
Up and Down
Shear
INDEX
Cutting Edge Length
Overall Length
Shank
Size
67
TABLE OF CONTENTS
APPLICATIONS
•
•
•
•
• Use for machining operations on double faced laminates,
plastics and paper coated material.
U.S.
Part No.
Cutting Edge
Diameter
in.
ND244
.787”
Cutting Edge
Length
mm
in.
50
Shank
Size
In.
1.97”
1/2”
• 2 inserts on the top and 2 inserts on the bottom.
• Combination up/down shear eliminate chipping and lifting
of the laminated material.
ADVANTAGES
Overall
Length
mm
in.
125
4.92”
No. of
Flutes
No. of Inserts
Required
Uses
Insert #
2+2
4
TJ381
SPARE PARTS
U.S. Part No.
Description
NP231
Clamping Screw M3x4.4 T9
NP159
TJ381
Standard Insert 28x7x1.5
3/4" Shank
Downshear
4.921"
Upshear
1.968"
28x7
.787"
INDEX
68
• Use for machining operations such as jointing, rabbeting,
contour cutting, cut-outs in both natural and man-made
material.
•
•
•
•
U.S.
Part No.
Cutting Edge
Diameter
in.
ND227*
20
Cutting Edge
Length
mm
in.
28+28 1.10+1.10”
Shank
Size
In.
3/4”
ADVANTAGES
Overall
Length
mm
in.
130
5.12”
No. of
Flutes
No. of Inserts
Required
Uses
Insert #
2+2
4
TJ381
APPLICATIONS
SPARE PARTS
U.S. Part No.
Description
NP159
NP231
Clamping Screw M3x4.4 T9
Standard Insert 28x7x1.5
TJ381
Overall Length
R
Top Laminate
Veneer Or Paper
1.338"
TABLE OF CONTENTS
R.H Cutting Edge Length
L
L.H. Cutting Edge Length
INDEX
Cutting Dia.
69
TABLE OF CONTENTS
APPLICATIONS
•
•
•
•
• Use for machinging operations such as jointing, rabbeting,
contour cutting, cut-outs in both natural and man-made
material.
• Single flute design using one insert on the top and one
insert on the bottom.
U.S.
Part No.
Cutting Edge
Diameter
in.
18
ND241
Cutting Edge
Length
mm
in.
50
1.97”
Shank
Size
In.
3/4”
• 1 Plunge point center insert.
ADVANTAGES
Overall
Length
mm
in.
115
4.53”
No. of
Flutes
No. of Inserts
Required
Uses
Insert #
1
2+1
TJ384/TJ111
SPARE PARTS
U.S. Part No.
Description
NP171
Torx Wrench T15
TJ111
Plunge Point Insert 7.5x12x1.5
NP252
Standard Turnover Insert 30x12x1.5
3/4"
1.968"
4.527"
TJ384
Torx Screw Extra Large M4x4 T15
.708"
INDEX
70
APPLICATIONS
• Designed for use on C.N.C. router machines.
• Can also be used on stationary
overhead routers.
• Use with mechanical and hand
feed operations.
• CNC router must have
excellent hold downs to ensure
the least possibility of part
movement.
• Use for jointing, coping,
parting, rabbeting, ramp
plunging, vertical plunging,
boring, cutout routing etc.
• Shank style cutter body design with 3 cutting rows and a
single carbide plung point insert at the bottom.
• Small indexable carbide inserts (pins) are easily removed
with the use of the torx wrench, inserts on pages 74-77.
• Reduced cutting pressure due to up-spiral design.
• Outstanding cutting performance due to reduced cutting
pressures (designed for rough cut applications only).
• Excellent for high production runs requiring thick materials
to be machined.
Cutting Edge
Diameter
24mm
Shank
Size
24mm
Cutting Edge L2
Length w/o
Plunge Insert
3.27”
Cutting Edge L3
Length with
Plunge Insert
3.54”
Overall Length
with
Plunge Insert
6.02”
Number of
Spiral Rows
of Pins
3
No. of
Carbide Pins
Required
18
ND186*
3/4”
3/4”
2.20”
2.44”
4.69”
3
12
3
12
ND187LH*
ND188LH*
3/4”
3/4”
3/4”
3/4”
3/4”
3/4”
1.65”
1.65”
2.20”
1.89”
1.89”
2.44”
4.13”
4.13”
4.69”
3
3
9
9
U.S. Part No.
TJ374
TJ377
NP149
NP126
Description
Size 2 Straight Inserts (box of 20)
Plunge Point Insert (sold individually)
Torx Clamping Screw M4x6.7 T15
Torx Wrench T15
SPARE PARTS FOR ND183 & ND186
U.S. Part No.
TJ379
TJ383
Description
Size 1 Straight Inserts (box of 20)
Plunge Point Insert (sold individually)
NP156
Torx Clamping Screw M3x5.5 T9
NP162
Torx Clamping Screws for (plunge pt) T9
Torx Wrench T9
INDEX
NP159
ADVANTAGES
U.S.
Part No.
ND179*
ND183*
TABLE OF CONTENTS
71
TABLE OF CONTENTS
APPLICATIONS
screws.
•
•
•
•
• To round or bevel edges on decorative parts, panels, etc.
ADVANTAGES
• One cutter body is capable of producing all of the radii and
bevels by simply changing the inserts.
Requires no backing plates or clamping wedges.
U.S.
Part No.
Required
Insert Profile
ND165*
ND165*
Adjustable
Range
in.
in.
45°
.51”
1.14”
5/32”
.75”
1.34”
1/8”
ND165*
.75”
ND165*
13/64”
ND166*
45°
ND165*
.75”
15/64”
ND166*
ND166*
.75”
.87”
1/4”
1.38”
13/32”
1.38”
21/64”
ND166*
1.38”
1.34”
1.34”
1.34”
1.69”
2.20”
2.20”
2.20”
Large
Diameter
mm
in.
Shank
Size
Uses
Insert #
Top
Bottom
34
1.34”
3/4”
TJ317
TJ319
30
1.18”
3/4”
TJ329
TJ332
28
32
34
57
49
53
57
1.10”
1.26”
1.34”
2.24”
1.93”
2.09”
2.24”
3/4”
3/4”
3/4”
3/4”
3/4”
3/4”
3/4”
TJ323
TJ335
TJ341
TJ444
TJ451
TJ457
TJ464
TJ326
TJ338
TJ344
TJ447
TJ454
TJ461
TJ467
SPARE PARTS
U.S. Part No.
Description
NP171
Torx Wrench T15
NP123
Torx Screw M4x5.9 large had T15
Shank Size
Face Coming
4.45"
Face
Coming
5o
Adjustable
Range
from
.79" - 1.34"
Small Dia. All
Adjustable
Range
from
.51" - 1.14"
Small Dia.
1.57"
Choose a
Radius
1.57"
.79"
Large Dia.
45o
.79"
Large Dia.
INDEX
1
72
APPLICATIONS
•
•
•
•
• Designed for use on hand router machines.
• For square trimming of plastic or veneered laminated
surfaces.
• Also designed for copy routing with the template attached
on the bottom side of the workpiece.
ND199
.87”
Cutting Edge
Length
mm
in.
12
.47”
Shank
Size
In.
Overall
Length
mm
in.
1/4”
54
ND212*
.87”
20
.79”
1/4”
82
2.44”
ND257
.87”
50
1.97”
1/2”
113
4.44”
ND254*
ND258*
.87”
.87”
20
30
.79”
1.18”
1/4”
62
1/2”
86
2.44”
No. of
Flutes
No. of Inserts
Required
Uses
Insert #
2
2
TJ156
2
2
2
2
2
2
2
2
accuracy and superior carbides grades.
steel for long life and wear resistance.
Cutting Edge
Diameter
in.
Utilizes 2 standard 4 sided inserts on the cutting edge.
Accuracy maintained even when changing the inserts.
Ball bearing is replaceable from the shank side.
Maximum RPM 24,000
ADVANTAGES
U.S.
Part No.
TABLE OF CONTENTS
TJ117
TJ115
TJ129
TJ384
SPARE PARTS
U.S. Part No.
Description
TJ117
Std. Carbide Insert 20x12x1.5
TJ129
TJ115
TJ384
Std. Carbide Insert
TJ156
NP219
NP123
NP171
Ball Bearing 22x8
Torx Clamping Screw M4 T15
1/4" Shank
2.440"
INDEX
20x12
.866"
73
TABLE OF CONTENTS
Standard Inserts
12
4
7
1.5
19.5
5
U.S.
Part No.
Dim.
WxHxT
Carbide
Grade
Sold in
Quantities
U.S.
Part No.
Dim.
WxHxT
Carbide
Grade
Sold in
Quantities
U.S.
Part No.
Dim.
WxHxT
Carbide
Grade
Sold in
Quantities
U.S.
Part No.
Dim.
WxHxT
Carbide
Grade
Sold in
Quantities
TJ374A
TJ379A
5x7x5
GP
5x6x5
GP
20
20
TJ115Q
TJ383Q
19.5x12x1.5
18x7x2.0
GP
GP
12
4
7.5
10
Ea.
7
12
20
1.5
2
INDEX
U.S.
Part No.
Dim.
WxHxT
Carbide
Grade
Sold in
Quantities
U.S.
Part No.
Dim.
WxHxT
Carbide
Grade
Sold in
Quantities
U.S.
Part No.
TJ156Q
Dim.
WxHxT
12x12x1.5
Carbide
Grade
Sold in
Quantities
U.S.
Part No.
Dim.
WxHxT
Carbide
Grade
Sold in
Quantities
U.S.
Part No.
Dim.
WxHxT
Carbide
Grade
Sold in
Quantities
U.S.
Part No.
Dim.
WxHxT
Carbide
Grade
Sold in
Quantities
TJ111Q
TJ389A
74
7.5x12x1.5
16x7x1.5
GP
GP
GP
10
10
10
TJ377A
TJ117Q
TJ381Q
20x7x2.0
20x12x1.5
28x7x1.5
GP
GP
GP
Ea.
10
10
Carbide
Grade
GP
10
12
U.S.
Part No.
14
29.5
U.S.
Part No.
TJ384Q
Dim.
WxHxT
30x12x1.5
U.S.
Part No.
Dim.
WxHxT
TJ326A
40x17.2x2.2
TJ323A
40x17.2x2.2
Carbide
Grade
GP
40x19.2x2.2
U.S.
Part No.
Dim.
WxHxT
TJ329A
TJ332A
Dim.
WxHxT
40x18.2x2.2
40x18.2x2.2
Sold in
Quantities
GP
Ea.
GP
Ea.
GP
Ea.
TJ317A
40x20x2.2
U.S.
Part No.
Dim.
WxHxT
TJ319A
40x20x2.2
Carbide
Grade
Sold in
Quantities
GP
Ea.
GP
Ea.
Ea.
Carbide
Grade
Sold in
Quantities
GP
Ea.
GP
Sold in
Quantities
10
TJ341A
U.S.
Part No.
40x19.2x2.2
Carbide
Grade
Sold in
Quantities
Carbide
Grade
GP
TJ335A
TJ338A
1.5
Dim.
WxHxT
30x5.5x1.1
Sold in
Quantities
TJ235A
Dim.
WxHxT
TJ344A
40x20.2x2.2
40x20.2x2.2
Carbide
Grade
Sold in
Quantities
GP
Ea.
GP
Ea.
Ea.
INDEX
U.S.
Part No.
TABLE OF CONTENTS
Standard Inserts
75
TABLE OF CONTENTS
Standard Inserts
U.S.
Part No.
TJ226A
Dim.
WxHxT
50x5.5x1.1
Carbide
Grade
GP
Sold in
Quantities
10
U.S.
Part No.
Dim.
WxHxT
TJ454A
50x20.3x2.2
TJ451A
U.S.
Part No.
TJ241Q
Dim.
WxHxT
50x5.5x1.1
Carbide
Grade
GP
Carbide
Grade
Sold in
Quantities
U.S.
Part No.
Dim.
WxHxT
Carbide
Grade
Sold in
Quantities
GP
Ea.
TJ444A
TJ447A
50x20.2x2.2
50x20.2x2.2
GP
GP
GP
Ea.
GP
Ea.
10
Dim.
WxHxT
50x12x1.7
Sold in
Quantities
Sold in
Quantities
U.S.
Part No.
TJ129A
50x20.3x2.2
Carbide
Grade
10
Ea.
U.S.
Part No.
Dim.
WxHxT
TJ461A
50x22.3x2.2
TJ457A
50x22.3x2.2
U.S.
Part No.
Dim.
WxHxT
TJ467A
50x24.3x22
TJ464A
50x24.3x22
Carbide
Grade
Sold in
Quantities
GP
Ea.
GP
Ea.
Carbide
Grade
Sold in
Quantities
GP
Ea.
GP
Ea.
INDEX
76
50
6711
6714
6717
6719
6723
6726
6728
6729
6732
6735
6738
6741
6744
6747
6749
6753
6756
6758
6759
6762
6765
6771
6774
6778
6781
BA111
BA141
BA147
BA149
BA153
BA156
BA159
BA162
BA165
BA168
BA171
BA174
BA177
BA179
BA183
BA186
BA189
BA192
BA195
Page
Part No.
Page
Part No.
Page
Part No.
Page
BA233
32
BH112
31
NB122
45,46,47
ND259
48
50
BA229
61
BA236
61
62
61
62
63
BA239
BA242
BA245
BA248
61
62
61
62
63
63
61
62
62
50
50
44,50
44,50
25
25
27
27
32
32
29
BC119
61
32
BC117
62
61
32
29
BC114
62
32
BC111
63
61
32
BC123
BC126
BC129
BC132
BC135
BC138
BC141
BC144
BC147
BC149
BC153
BC156
BC159
BC162
BC165
BC168
BC171
BC174
BC177
BC179
29
29
29
29
29
29
29
29
29
29
29
33
33
33
33
33
33
33
33
33
33
33
27
BC183
33
27
BC189
34
27
27
27
27
27
27
27
27
27
27
27
27
27
BC186
BC192
BC195
BC198
BC211
BC212
BC213
BC214
BC215
BC216
BC219
BC222
BC225
34
34
34
34
34
34
34
34
34
34
34
34
34
BH111
BH113
BH114
BH115
BH116
BH117
BH119
BH123
BH126
BH129
BH131
BH132
BW111
BW114
BW117
BW123
BW126
BW129
BW138
BW141
BW144
BW147
BW149
BW153
BW156
BW159
BW162
BW165
BW168
BW171
BW174
BW177
BW179
BW183
BW186
BW189
BW192
BW195
30
30
31
ND111
31
ND117
30
31
31
31
31
30
30
26
26
26
26
26
26
26
26
26
28
28
28
28
28
28
28
28
28
28
28
28
28
28
28
28
28
28
BW212
28
BW213
BW214
BW215
BW216
NB123
30
BW198
BW211
BW219
28
28
28
28
28
ND114
ND119
ND123
ND126
ND129
ND132
ND135
ND138
ND141
ND144
ND147
ND149
ND153
ND154
ND156
ND159
ND162
ND165
ND166
ND179
ND183
ND186
ND187
ND188
ND189
ND192
ND193
ND195
ND197
ND198
ND199
ND212
ND221
ND224
ND227
ND237
ND241
ND244
ND254
ND257
28
45,46
47,49
52
52
ND258
73
NP111
45,46,47
NP117
45,46
NP114
45,46,47
47,49
52
NP119
45,46,47
52
NP123
44,49,51
52
52
53
54
55
65,66,67
NP126
55
56
NP129
60
NP149
58
51
72,73
50,51,52
53,54,55
56,57,58
56
57
53,54,55
56,57,58
53
54
49,52,59
NP132
NP156
67,71
51
59
71
71
NP159
68,69,71
NP171
44,65,66
71
NP176
65
71
NP215
51
72
72
71
71
71
64
64
64
64
67
67
73
73
66
66
69
59
70
68
73
73
NP162
NP197
NP219
NP224
71
70,72,73
59
65
73
65
NP231
68,69
NP249
44
NP244
NP252
NP258
NU111
NU114
NU117
NU119
NU123
NU126
NU129
NU132
NU135
NU136
NU137
59
70
65
46
46
46
46
47
47
47
47
45
45
45
Part No.
NU138
NU141
NU144
NU147
NU151
RC111
RC119
RC123
RC126
RC135
RC141
RC144
RC147
RC149
RC151
RC153
RC156
RC159
RC162
RC165
RC168
RC171
RC174
RC177
RC179
RC183
RC186
RC189
RC211
RC212
RC213
RC214
RC215
RC216
RC219
RC222
RC225
RC231
RC234
RC237
RC239
RC243
RC246
RC249
RC252
RC255
Page
49
45
49
44
44
17
6
6
6
8
8
8
8
8
8
8
8
8
8
8
8
6660
6650
Part No.
8
8
8
8
8
8
8
6
8
8
6
6
6
6
Page
6
6
9
9
9
9
9
9
9
9
9
77
INDEX
Part No.
TABLE OF CONTENTS
Index
TABLE OF CONTENTS
Index
Part No.
Page
RC261
9
RC258
RC264
RC267
RC269
RC273
RC276
RC279
RC282
RC285
RC288
RC291
RC294
RC297
RC298
RC299
RC311
RC312
RC313
RC315
RC318
RC321
RC324
RC327
RC329
RC333
RC336
RC339
RC345
RC348
RC351
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
10
10
10
6
7
7
7
RC375
10
RC381
10
RC378
RC384
RC387
INDEX
RC393
RC396
RC397
RC399
78
Part No.
Page
Part No.
Page
Part No.
RC413
11
RC528
16
RC675
18
RH144
35
TJ117
RC414
6
RC369
Page
9
RC359
RC366
Part No.
RC411
10
RC363
Page
9
RC354
RC357
Part No.
10
10
10
11
11
11
11
RC415
RC417
RC419
RC423
11
11
11
11
11
11
RC426
13
RC432
13
RC429
RC435
RC438
RC441
RC444
RC447
RC449
RC450
RC451
RC452
RC453
RC454
RC456
RC459
RC462
RC465
RC468
RC471
RC474
RC477
RC479
RC483
RC486
RC489
RC492
RC495
RC498
RC499
RC501
RC502
RC503
RC511
RC512
RC513
RC516
RC519
RC522
13
13
13
13
13
13
13
13
13
13
14
13
14
14
14
14
14
14
14
14
14
14
RC525
RC531
RC546
RC549
RC555
RC558
RC561
RC564
RC567
RC569
RC573
RC576
RC579
RC582
RC585
RC588
RC591
RC594
RC595
RC596
RC597
16
16
16
16
16
7
7
7
12
12
12
17
17
17
17
17
17
17
17
17
17
RC599
19
RC612
20
RC611
RC613
RC614
RC615
RC618
RC621
RC624
19
20
20
20
20
20
20
15
RC625
20
15
RC629
20
15
15
15
15
15
15
15
16
16
16
16
16
16
RC627
RC633
RC636
RC639
RC642
RC645
RC648
RC651
RC654
RC657
RC659
RC666
RC669
20
20
20
20
20
20
20
20
20
20
20
18
18
RC672
RC678
RC681
RC684
RC687
RC689
RC693
RC696
RC697
RC699
RC711
RC712
RC713
RC714
RC715
RC719
RC723
RC726
RC729
RC735
RC738
RC741
RC744
RC747
RC749
RC753
RC756
RC759
RC760
RC778
RC780
RC781
RC782
RC990
RC991
RC992
RC993
RC994
RH111
RH117
RH119
RH126
RH129
RH132
RH135
18
18
18
18
18
18
18
18
18
18
19
19
19
19
19
21
21
21
21
21
21
21
21
21
21
21
21
21
21
22
22
22
22
23
23
23
23
23
36
36
36
36
36
35
35
RH141
RH147
RH149
RH153
RH156
RH159
RH162
RH165
RH168
RH171
RH174
RH179
RH183
RH186
RH192
RH195
RH198
RH211
RH212
RH213
RH214
RP101
RP102
RP103
RP104
RP111
RP114
35
35
35
35
35
35
35
35
35
35
35
35
37
37
37
38
38
38
23
23
23
23
11
11
24
RP129
RP132
RP135
RP137
RP138
RP139
RP140
RP142
RP143
RS101
RS102
RS103
TJ111
59,63
24
24
24
24
24
24
24
73,74
TJ125
63
TJ129
73,76
TJ156
TJ241
RP123
RP126
TJ123
35
24
RP125
73,74
TJ226
RP117
RP119
TJ115
35
35
Page
51,63
73,74
76
TJ235
75
76
TJ317
75
TJ319
75
TJ323
75
TJ326
75
TJ329
75
TJ332
75
TJ335
75
TJ338
75
TJ341
76
TJ344
76
TJ374
71,74
TJ378
71,74
TJ377
TJ379
71,74
71,74
TJ381
68,69,75
TJ384
70,73,75
TJ444
76
TJ383
TJ389
TJ447
TJ451
TJ454
TJ457
TJ461
TJ464
TJ467
24
24
24
24
24
13
13
13
70,74
71,74
67,74
76
76
76
76
76
77
77
Other NAP Gladu Catalogs
Coast to Coast Coverage
US OPERATIONS
CORPORATE HEADQUARTERS
INDIANA MANUFACTURING
& SERVICE CENTER
1180 Wernsing Road
Jasper, IN 47546
Phone: 812-482-2000 / 800-457-7468
Fax: 800-457-7458
CALIFORNIA SERVICE CENTER
1941 S. Baker Avenue
Ontario, CA 91761
Phone: 909-930-5990
Fax: 909-930-5996
GEORGIA SERVICE CENTER
1257 D. Kennestone Circle N.E.
Marietta, GA 30066
Phone: 770-426-1100
Fax: 770-426-1994
ILLINOIS SERVICE CENTER
7955 Burden Rd.
Machesney Park, IL 61115
Phone: 815-877-7011
Fax: 815-877-7013
NORTH CAROLINA SERVICE CENTER
169 Crawford Road
Statesville, NC 28625
Phone: 704-872-9571
Fax: 704-872-9575
OHIO SERVICE CENTER
411 Geneva Avenue
Tallmadge, OH 44278
Phone: 330-633-0599
Fax: 330-633-0791
PENNSYLVANIA SERVICE CENTER
11 Keystone Drive
LV Business Park
Lebanon, PA 17042
Phone: 717-273-9301
Fax: 717-274-3764
TEXAS SERVICE CENTER
4647 Leston Avenue #603
Dallas, TX 75247
Phone: 214-637-4849
Fax: 214-637-5012
WISCONSIN SERVICE CENTER
3211 Industrial Street
Wisconsin Rapids, WI 54495
Phone: 888-221-8665
Fax: 715-424-1920
CANADIAN OPERATIONS
MARIEVILLE MANUFACTURING
& SERVICE CENTER
2115 Saint-Cesaire Street
Marieville, Quebec J3M 1E5 CANADA
Phone: 800-363-9117
Fax: 450-460-2655
TORONTO SERVICE CENTER
222 Evans Ave.
Toronto, Ontario M8Z 1J8 CANADA
Phone: 416-251-2236 / 888-251-2236
Fax: 416-251-7268
SAINT - GEORGES SERVICE CENTER
3020 95th Street
Saint - Georges, Quebec G6A 1E2 CANADA
Phone: 888-270-2248
Fax: 418-228-7503
ISO 9001:2008
Registered (IN & WI)
Issue Date: 10/01/14

Router Bits Shank Tooling

Transcription

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