Solid Carbide Drill 8xD with Cooling Holes and Cylindrical Shank
€62.80
Tax excluded
Dimensions
DrillØ
ShaftØ
Flute Lenght
Drill Depth
D
d(h6)
L
L2
L3
L4
3,0 - 3,7 mm
6
72
34
29
36
3,8 - 4,7 mm
6
81
43
36
36
4,8 - 6,0 mm
6
95
57
48
36
6,1 - 6,9 mm
8
114
76
66
36
7,0 - 8,0 mm
8
116
76
66
36
8,1 - 10 mm
10
142
95
83
40
10,1 - 12 mm
12
162
114
99
45
12,2 - 14 mm
14
178
133
116
45
14,2 - 16 mm
16
204
152
132
48
16,5 - 18 mm
18
223
171
149
48
Solid Carbide Drill 8xD with Cooling Holes and Cylindrical Shank
This solid carbide drill with a cylindrical shank is designed for precise, deep drilling operations up to 8xD. The internal cooling channels ensure excellent chip evacuation and maintain high thermal stability during machining. Packaging unit = 1 Pc.
Advantages of Solid Carbide Drill 8xD with Cooling Holes and Cylindrical Shank
Designed for large drilling depths up to 8xD
Efficient internal cooling for optimal chip evacuation
Manufactured from durable solid carbide
Cylindrical shank for flexible use in standard holders
Solid Carbide Drill 8xD with Cooling Holes and Cylindrical Shank
This professional solid carbide drill with a cylindrical shank is designed for high-performance drilling up to a depth of 8xD. The version with internal cooling supports efficient workflows by reducing the thermal load on the cutting edge while promoting reliable chip evacuation from the deep bore. This tool creates excellent conditions for stable machining processes in both single-part and series production. Packaging unit = 1 Pc.
Technical data
Material: Solid carbide
Drilling depth: 8xD
Shank type: Cylindrical shank (h6)
Cooling: Internal cooling
Dimensions of Solid Carbide Drill 8xD with Cooling Holes and Cylindrical Shank
Diameter
Item Designation
Item Nr.
Shaft Diameter
Flute Length
Drilling Depth
Thread core hole
D
d(h6)
L
L2
L3
L4
3,0 mm
VBU D3.0-8xD-Z-H
3580300
6
72
34
29
36
-
3,1 mm
VBU D3.1-8xD-Z-H
3580310
6
72
34
29
36
-
3,2 mm
VBU D3.2-8xD-Z-H
3580320
6
72
34
29
36
-
3,3 mm
VBU D3.3-8xD-Z-H
3580330
6
72
34
29
36
M4
3,4 mm
VBU D3.4-8xD-Z-H
3580340
6
72
34
29
36
-
3,5 mm
VBU D3.5-8xD-Z-H
3580350
6
72
34
29
36
-
3,6 mm
VBU D3.6-8xD-Z-H
3580360
6
72
34
29
36
-
3,7 mm
VBU D3.7-8xD-Z-H
3580370
6
72
34
29
36
M4,5
3,8 mm
VBU D3.8-8xD-Z-H
3580380
6
81
43
36
36
-
3,9 mm
VBU D3.9-8xD-Z-H
3580390
6
81
43
36
36
-
4,0 mm
VBU D4.0-8xD-Z-H
3580400
6
81
43
36
36
-
4,1 mm
VBU D4.1-8xD-Z-H
3580410
6
81
43
36
36
-
4,2 mm
VBU D4.2-8xD-Z-H
3580420
6
81
43
36
36
M5
4,3 mm
VBU D4.3-8xD-Z-H
3580430
6
81
43
36
36
-
4,4 mm
VBU D4.4-8xD-Z-H
3580440
6
81
43
36
36
-
4,5 mm
VBU D4.5-8xD-Z-H
3580450
6
81
43
36
36
-
4,6 mm
VBU D4.6-8xD-Z-H
3580460
6
81
43
36
36
-
4,7 mm
VBU D4.7-8xD-Z-H
3580470
6
81
43
36
36
-
4,8 mm
VBU D4.8-8xD-Z-H
3580480
6
95
57
48
36
-
4,9 mm
VBU D4.9-8xD-Z-H
3580490
6
95
57
48
36
-
5,0 mm
VBU D5.0-8xD-Z-H
3580500
6
95
57
48
36
M6
5,1 mm
VBU D5.1-8xD-Z-H
3580510
6
95
57
48
36
-
5,2 mm
VBU D5.2-8xD-Z-H
3580520
6
95
57
48
36
-
5,3 mm
VBU D5.3-8xD-Z-H
3580530
6
95
57
48
36
-
5,4 mm
VBU D5.4-8xD-Z-H
3580540
6
95
57
48
36
-
5,5 mm
VBU D5.5-8xD-Z-H
3580550
6
95
57
48
36
-
5,6 mm
VBU D5.6-8xD-Z-H
3580560
6
95
57
48
36
-
5,7 mm
VBU D5.7-8xD-Z-H
3580570
6
95
57
48
36
-
5,8 mm
VBU D5.8-8xD-Z-H
3580580
6
95
57
48
36
-
5,9 mm
VBU D5.9-8xD-Z-H
3580590
6
95
57
48
36
-
6,0 mm
VBU D6.0-8xD-Z-H
3580600
6
95
57
48
36
-
6,1 mm
VBU D6.1-8xD-Z-H
3580610
8
114
76
66
36
-
6,2 mm
VBU D6.2-8xD-Z-H
3580620
8
114
76
66
36
-
6,3 mm
VBU D6.3-8xD-Z-H
3580630
8
114
76
66
36
-
6,4 mm
VBU D6.4-8xD-Z-H
3580640
8
114
76
66
36
-
6,5 mm
VBU D6.5-8xD-Z-H
3580650
8
114
76
66
36
-
6,6 mm
VBU D6.6-8xD-Z-H
3580660
8
114
76
66
36
-
6,7 mm
VBU D6.7-8xD-Z-H
3580670
8
114
76
66
36
-
6,8 mm
VBU D6.8-8xD-Z-H
3580680
8
114
76
66
36
M8
6,9 mm
VBU D6.9-8xD-Z-H
3580690
8
114
76
66
36
-
7,0 mm
VBU D7.0-8xD-Z-H
3580700
8
116
76
66
36
-
7,1 mm
VBU D7.1-8xD-Z-H
3580710
8
116
76
66
36
-
7,2 mm
VBU D7.2-8xD-Z-H
3580720
8
116
76
66
36
-
7,3 mm
VBU D7.3-8xD-Z-H
3580730
8
116
76
66
36
-
7,4 mm
VBU D7.4-8xD-Z-H
3580740
8
116
76
66
36
-
7,5 mm
VBU D7.5-8xD-Z-H
3580750
8
116
76
66
36
-
7,6 mm
VBU D7.6-8xD-Z-H
3580760
8
116
76
66
36
-
7,7 mm
VBU D7.7-8xD-Z-H
3580770
8
116
76
66
36
-
7,8 mm
VBU D7.8-8xD-Z-H
3580780
8
116
76
66
36
-
7,9 mm
VBU D7.9-8xD-Z-H
3580790
8
116
76
66
36
-
8,0 mm
VBU D8.0-8xD-Z-H
3580800
8
116
76
66
36
-
8,1 mm
VBU D8.1-8xD-Z-H
3580810
10
142
95
83
40
-
8,2 mm
VBU D8.2-8xD-Z-H
3580820
10
142
95
83
40
-
8,3 mm
VBU D8.3-8xD-Z-H
3580830
10
142
95
83
40
-
8,4 mm
VBU D8.4-8xD-Z-H
3580840
10
142
95
83
40
-
8,5 mm
VBU D8.5-8xD-Z-H
3580850
10
142
95
83
40
M10
8,6 mm
VBU D8.6-8xD-Z-H
3580860
10
142
95
83
40
-
8,7 mm
VBU D8.7-8xD-Z-H
3580870
10
142
95
83
40
-
8,8 mm
VBU D8.8-8xD-Z-H
3580880
10
142
95
83
40
G1/8"
8,9 mm
VBU D8.9-8xD-Z-H
3580890
10
142
95
83
40
-
9,0 mm
VBU D9.0-8xD-Z-H
3580900
10
142
95
83
40
-
9,1 mm
VBU D9.1-8xD-Z-H
3580910
10
142
95
83
40
-
9,2 mm
VBU D9.2-8xD-Z-H
3580920
10
142
95
83
40
-
9,3 mm
VBU D9.3-8xD-Z-H
3580930
10
142
95
83
40
-
9,4 mm
VBU D9.4-8xD-Z-H
3580940
10
142
95
83
40
-
9,5 mm
VBU D9.5-8xD-Z-H
3580950
10
142
95
83
40
-
9,6 mm
VBU D9.6-8xD-Z-H
3580960
10
142
95
83
40
-
9,7 mm
VBU D9.7-8xD-Z-H
3580970
10
142
95
83
40
-
9,8 mm
VBU D9.8-8xD-Z-H
3580980
10
142
95
83
40
-
9,9 mm
VBU D9.9-8xD-Z-H
3580990
10
142
95
83
40
-
10 mm
VBU D10.0-8xD-Z-H
3581000
10
142
95
83
40
-
10,1 mm
VBU D10.1-8xD-Z-H
3581010
12
162
114
99
45
-
10,2 mm
VBU D10.2-8xD-Z-H
3581020
12
162
114
99
45
-M12
10,3 mm
VBU D10.3-8xD-Z-H
3581030
12
162
114
99
45
-
10,4 mm
VBU D10.4-8xD-Z-H
3581040
12
162
114
99
45
-
10,5 mm
VBU D10.5-8xD-Z-H
3581050
12
162
114
99
45
-
10,6 mm
VBU D10.6-8xD-Z-H
3581060
12
162
114
99
45
-
10,7 mm
VBU D10.7-8xD-Z-H
3581070
12
162
114
99
45
-
10,8 mm
VBU D10.8-8xD-Z-H
3581080
12
162
114
99
45
-
10,9 mm
VBU D10.9-8xD-Z-H
3581090
12
162
114
99
45
-
11 mm
VBU D11.0-8xD-Z-H
3581100
12
162
114
99
45
-
11,1 mm
VBU D11.1-8xD-Z-H
3581110
12
162
114
99
45
-
11,2 mm
VBU D11.2-8xD-Z-H
3581120
12
162
114
99
45
-
11,3 mm
VBU D11.3-8xD-Z-H
3581130
12
162
114
99
45
-
11,4 mm
VBU D11.4-8xD-Z-H
3581140
12
162
114
99
45
-
11,5 mm
VBU D11.5-8xD-Z-H
3581150
12
162
114
99
45
-
11,6 mm
VBU D11.6-8xD-Z-H
3581160
12
162
114
99
45
-
11,7 mm
VBU D11.7-8xD-Z-H
3581170
12
162
114
99
45
-
11,8 mm
VBU D11.8-8xD-Z-H
3581180
12
162
114
99
45
G1/4"
11,9 mm
VBU D11.9-8xD-Z-H
3581190
12
162
114
99
45
-
12 mm
VBU D12.0-8xD-Z-H
3581200
12
162
114
99
45
M14
12,2 mm
VBU D12.2-8xD-Z-H
3581251
14
178
133
116
45
-
12,5 mm
VBU D12.5-8xD-Z-H
3581250
14
178
133
116
45
-
12,7 mm
VBU D12.7-8xD-Z-H
3581270
14
178
133
116
45
-
12,8 mm
VBU D12.8-8xD-Z-H
3581280
14
178
133
116
45
-
13 mm
VBU D13.0-8xD-Z-H
3581300
14
178
133
116
45
-
13,5 mm
VBU D13.5-8xD-Z-H
3581350
14
178
133
116
45
-
14 mm
VBU D14.0-8xD-Z-H
3581400
14
178
133
116
45
M16
14,2 mm
VBU D14.2-8xD-Z-H
3581420
16
204
152
132
48
-
14,5 mm
VBU D14.5-8xD-Z-H
3581450
16
204
152
132
48
-
14,8 mm
VBU D14.8-8xD-Z-H
3581480
16
204
152
132
48
-
15 mm
VBU D15.0-8xD-Z-H
3581500
16
204
152
132
48
-
15,5 mm
VBU D15.5-8xD-Z-H
3581550
16
204
152
132
48
-M18
16 mm
VBU D16.0-8xD-Z-H
3581600
16
204
152
132
48
-
16,5 mm
VBU D16.5-8xD-Z-H
3581650
18
223
171
149
48
-
17 mm
VBU D17.0-8xD-Z-H
3581700
18
223
171
149
48
-
17,5 mm
VBU D17.5-8xD-Z-H
3581750
18
223
171
149
48
M20
18 mm
VBU D18.0-8xD-Z-H
3581800
18
223
171
149
48
-
Applications
The tool is perfectly suited for demanding deep hole drilling tasks. Thanks to its design for drilling depths of up to 8xD and the integrated cooling channels, it is ideal for modern machining centers and CNC machines equipped with an internal coolant supply.
Special features
The cylindrical shank is precision-ground to an h6 tolerance, opening up flexible application possibilities in matching standard tool holders. The combination of durable solid carbide and active internal cooling contributes significantly to process stability during deep drilling operations.
Solid Carbide Drill 8xD with Cooling Holes and Cylindrical Shank
This solid carbide drill with a cylindrical shank is designed for precise, deep drilling operations up to 8xD. The internal cooling channels ensure excellent chip evacuation and maintain high thermal stability during machining. Packaging unit = 1 Pc.
Advantages of Solid Carbide Drill 8xD with Cooling Holes and Cylindrical Shank
Designed for large drilling depths up to 8xD
Efficient internal cooling for optimal chip evacuation
Manufactured from durable solid carbide
Cylindrical shank for flexible use in standard holders
The solid carbide spotting drill 90° in grade RT303 is specifically designed for exact positioning and centering tasks. Featuring a cylindrical shank and a proven TiAlN coating, it provides an excellent foundation for reliable machining across various materials. This tool supports efficient workflows in metal cutting and ensures accurate guidance for subsequent drilling operations.
Advantages of the Solid Carbide Spotting Drill 90°
Solid carbide construction for stable drilling processes
Precise 90° point angle for exact spotting and centering
TiAlN coating provides effective wear protection
Universally applicable in steel, stainless steel, cast iron, and non-ferrous metals
Cylindrical shank enables straightforward clamping in standard tool holders
High-precision spotting for reliable machining processes
The solid carbide spotting drill RT303 is an excellent choice for exact positioning and centering before the actual drilling operation. Featuring a 120° point angle, it optimally prepares the workpiece for subsequent drills, preventing tool wandering and significantly increasing process reliability. The highly resistant TiAlN coating and the universal cylindrical shank support efficient workflows in professional machining environments.
Advantages of Solid Carbide Spotting Drill 120° AB-120°-... RT303
Precise centering due to the 120° point geometry for dimensionally accurate follow-up operations
Versatile application capabilities in steel, stainless steel, cast iron, and non-ferrous metals
Enhanced wear resistance provided by the robust TiAlN coating
Easy clamping in standard tool holders thanks to the cylindrical shank
RT340: PVD-coated fine-grain carbide for general milling applications (solid carbide)
Packaging unit
1 Pc.
Dimensions
D
d(h6)
H
L
Z
BNF-Z2-D3.0 RT340
3
4
6
50
2
BNF-Z2-D4.0 RT340
4
5
8
50
2
BNF-Z2-D5.0 RT340
5
6
10
50
2
BNF-Z2-D6.0 RT340
6
8
12
60
2
BNF-Z2-D8.0 RT340
8
10
16
70
2
BNF-Z2-D10.0 RT340
10
12
18
70
2
BNF-Z2-D12.0 RT340
12
12
20
70
2
BNF-Z2-D16.0 RT340
16
16
26
80
2
BNF-Z2-D20.0 RT340
20
20
32
100
2
Solid Carbide Drill Mill BNF RT340 for Versatile Machining
The solid carbide drill mill BNF RT340 combines five essential machining operations into a single tool. It allows for efficient countersinking, milling, chamfering, drilling, and V-grooving. This multifunctionality reduces tool inventory and supports cost-effective workflows when machining steel, stainless steel, and non-ferrous metals like aluminum.
Advantages of Solid Carbide Drill Mill BNF RT340
Combines countersinking, milling, chamfering, drilling, and V-grooving in one tool
Reduces tooling costs and minimizes the need for tool changes
Universally applicable in steel, stainless steel, and aluminum alloys
The uncoated VBA Solid carbide drill 5xD for NF-Materials features a cylindrical shank and is designed for the efficient machining of non-ferrous metals. Its K20 carbide substrate (RT220) provides an excellent basis for precise holemaking. Packaging unit = 1 Pc.
Advantages of VBA Solid carbide drill 5xD for NF-Materials
Engineered for machining non-ferrous materials such as aluminum
Made from an uncoated K20 carbide substrate for sharp cutting edges
Equipped with a cylindrical shank for versatile tool holding
High-Performance Solid Carbide Drills 3xD for Stainless Steel
The solid carbide drill of the VBS series is a well-engineered solution for demanding drilling operations in difficult-to-machine materials. Featuring a 3xD drilling depth and internal cooling holes, this cutting tool supports efficient chip evacuation and effective heat dissipation. The precision-ground cylindrical shank creates excellent conditions for secure clamping in professional tool holders.
Advantages of VBS Solid Carbide Drills 3xD
Targeted heat dissipation through integrated internal cooling channels
Wear-resistant solid carbide material for demanding machining tasks
Wide range of dimensions available from 1 mm up to 20 mm diameter
Specifically designed for stainless steel and heat-resistant special alloys
Robust cylindrical shank for professional industrial use
High-performance solid carbide drill for challenging materials
The 5xD solid carbide drill with cylindrical shank and internal cooling is specifically engineered for the reliable machining of stainless steel and special materials. It provides an optimized chip evacuation and supports efficient workflows during demanding drilling operations up to a depth of 5xD.
Advantages of Solid Carbide Drills 5xD
Precisely tailored for the machining of stainless steel and special materials
Effective heat dissipation through integrated internal coolant holes
High structural stability thanks to durable solid carbide construction
Robust cylindrical shank ensures secure clamping in standard toolholders
This highly stable solid carbide drill without internal cooling is designed for precise machining of steel, stainless steel, and cast iron up to 5xD depths. The cylinder shaft ensures straightforward clamping in various tool holders. Packaging unit = 1 Pc.
Advantages of Solid carbide drill 5xD with Cylinder shaft
Reliable performance in steel, stainless steel, and cast iron
High stability for deep drilling applications up to 5xD
Wear-resistant solid carbide material for everyday use
Versatile handling thanks to the cylinder shaft design
High-performance solid carbide drill for deep holes in non-ferrous metals
The VBA solid carbide drill 8xD with cylindrical shank and internal cooling (cooling holes) is specifically designed for machining aluminium, copper, and other non-ferrous materials. Manufactured from the uncoated K20 carbide substrate (RT220), this tool effectively prevents built-up edges. The integrated cooling channels ensure reliable chip evacuation and temperature control even at drilling depths of up to 8xD. (Packaging unit = 1 Pc.)
Advantages of the VBA Solid carbide drill 8xD
Uncoated K20 carbide substrate (RT220) significantly reduces material adhesion on non-ferrous metals
Integrated cooling holes provide efficient heat dissipation and secure chip removal
Designed for 8xD drilling depths, perfect for deep precision bores
Stable cylindrical shank for secure clamping in standard tool holders
RT340: PVD-coated fine-grain carbide for general milling applications (solid carbide)
Packaging unit
1 Pc.
Dimensions
D
d(h6)
H
L
Z
BNF-Z2-D3.0 RT340
3
4
6
50
2
BNF-Z2-D4.0 RT340
4
5
8
50
2
BNF-Z2-D5.0 RT340
5
6
10
50
2
BNF-Z2-D6.0 RT340
6
8
12
60
2
BNF-Z2-D8.0 RT340
8
10
16
70
2
BNF-Z2-D10.0 RT340
10
12
18
70
2
BNF-Z2-D12.0 RT340
12
12
20
70
2
BNF-Z2-D16.0 RT340
16
16
26
80
2
BNF-Z2-D20.0 RT340
20
20
32
100
2
Solid Carbide Drill Mill BNF RT340 for Versatile Machining
The solid carbide drill mill BNF RT340 combines five essential machining operations into a single tool. It allows for efficient countersinking, milling, chamfering, drilling, and V-grooving. This multifunctionality reduces tool inventory and supports cost-effective workflows when machining steel, stainless steel, and non-ferrous metals like aluminum.
Advantages of Solid Carbide Drill Mill BNF RT340
Combines countersinking, milling, chamfering, drilling, and V-grooving in one tool
Reduces tooling costs and minimizes the need for tool changes
Universally applicable in steel, stainless steel, and aluminum alloys
The uncoated VBA Solid carbide drill 3xD for NF-Materials with cylindrical shank is a well-thought-out solution for professional drilling operations in aluminum and other non-ferrous materials. It supports efficient workflows and creates good conditions for reliable chip evacuation. The Packaging unit = 1 Pc.
Advantages of VBA Solid carbide drill 3xD for NF-Materials
Specialized K20 carbide substrate for non-ferrous metals
Packaging unit = 1 Pc. VPE = 1 St. This high-performance solid carbide drill of the VBU series is equipped with a cylinder shaft and internal cooling holes. It is engineered for process-reliable deep hole drilling up to 5xD in steel, stainless steel, and cast iron.
Advantages of Solid carbide drill 5xD with cooling holes and Cylinder shaft
Internal coolant supply ensures excellent chip evacuation and temperature control
Solid carbide design provides high wear resistance during demanding machining tasks
Supports efficient drilling operations through an optimized cutting edge geometry
Cylinder shaft enables secure and stable clamping in standard tool holders
Precision Solid Carbide Drill for Non-Ferrous Metals
This uncoated solid carbide drill 3xD with a cylindrical shank and internal cooling holes is engineered for the reliable machining of aluminium, copper, and brass. The specialized RT220 K20 carbide substrate provides excellent cutting conditions and ensures efficient chip evacuation.
Advantages of VBA Solid carbide drill 3xD for NF-Materials with cooling holes
Integrated cooling channels support effective temperature control directly at the cutting edge
Counteracts built-up edges when machining soft, long-chipping materials
Uncoated K20 substrate offers high precision and reliable performance
Promotes smooth chip removal for shallow to medium drilling depths
The solid carbide flat bottom drill 5xD with cylindrical shank and internal cooling is designed to create precise flat hole bottoms. Its 180° point angle also facilitates spot drilling on convex surfaces. The PVD carbide grade RT370 offers excellent wear resistance. Packaging unit = 1 Pc.
Advantages of Solid carbide flat bottom drill 5xD
Integrated internal cooling holes for reliable chip evacuation
PVD carbide grade RT370 for durable cutting edges
Suitable for machining steel, stainless steel, and cast iron materials
180° point angle ideal for flat-bottomed blind holes
Stable cylindrical shank for secure clamping in the tool holder
High-Performance Solid Carbide Drill for Universal Drilling Applications
The solid carbide drill 3xD with cooling holes and Weldon shaft is designed for the efficient machining of steel, stainless steel, and cast iron. It combines high process reliability with a well-thought-out coolant supply for professional drilling tasks.
Advantages of the solid carbide drill 3xD
Integrated cooling holes support smooth chip evacuation
Twist-resistant Weldon shaft offers a strong hold for high torque levels
Suitable for drilling depths up to 3 times the drill diameter
The solid carbide drill 5xD with cooling holes and Weldon shaft is designed for professional and universal machining tasks. It is highly suitable for drilling operations in steel, stainless steel, and cast iron. The integrated internal coolant supply ensures continuous chip evacuation and constant temperatures at the cutting edge, facilitating reliable processes up to a drilling depth of 5xD.
Packaging unit = 1 Pc.
Advantages of the Solid carbide drill 5xD with cooling holes and Weldon shaft
Versatile application in steel, stainless steel, and cast iron
Internal cooling holes support efficient chip removal and temperature control
Secure clamping and maximum torque transmission thanks to the Weldon shaft
Engineered for consistent and reliable drilling depths up to 5xD
High-performance solid carbide drill for universal applications
The Solid carbide drill 3xD with Cylinder shaft is a robust tool designed for precise drilling operations in professional machining. Configured without internal cooling, this drill delivers reliable performance when processing steel, stainless steel, and cast iron. Its short and stable design is perfectly suited for standard drilling depths up to 3xD.
Packaging Unit = 1 Pc.
Advantages of Solid carbide drill 3xD with Cylinder shaft
Solid carbide construction supports good wear resistance and high dimensional accuracy
Proven 3xD length creates favorable conditions for low-vibration drilling processes
Cylinder shaft allows for straightforward handling in various standard chucks
Versatile suitability for common industrial materials such as steel, stainless steel, and cast iron
Designed for the professional machining of steel, stainless steel, and cast iron, this VBU solid carbide drill is a highly practical choice. Featuring a 3xD drilling depth and internal cooling holes, the tool supports optimal chip evacuation and reliable process stability. Its cylindrical shank with h6 tolerance ensures flexible clamping options. Packaging unit = 1 Pc.
Advantages of Solid Carbide Drill 3xD with Cooling Holes and Cylindrical Shank
Versatile application in steel, stainless steel, and cast iron materials
Effective chip removal supported by internal cooling (IK)
Sturdy 3xD design for stable and continuous drilling operations
Precise cylindrical shank allows for secure and accurate tool holding
Constructed from wear-resistant solid carbide for professional environments
Solid Carbide Drill 5xD with Cylindrical Shank and Internal Cooling
The uncoated VBA solid carbide drill 5xD is precisely designed for the efficient machining of non-ferrous materials. Manufactured from the K20 carbide substrate RT220, this tool ensures reliable chip evacuation during deep drilling. The integrated cooling holes help to maintain stable process temperatures and significantly reduce the risk of built-up edges when cutting aluminum.
Advantages of VBA Solid carbide drills 5xD
Packaging unit = 1 Pc.
RT220 = Uncoated K20 carbide substrate for machining non-ferrous metals
Integrated internal cooling for effective heat dissipation and chip flow
5xD drilling depth for deep and accurate bore applications