Solid Carbide Deep Hole Drill 10xD with Cooling Holes and Cylindrical Shank
€70.90
Tax excluded
Packaging Unit = 1 Pc.
Dimensions
DrillØ
ShaftØ
Flute lenght
Drill Depth
D
d(h6)
L
L2
L3
L4
3,0 - 3,9 mm
6
80
43
39
36
4,0 - 4,9 mm
6
92
55
50
36
5,0 - 6,0 mm
6
104
68
61
36
6,1 - 7,0 mm
8
117
80
71
36
7,1 - 8,0 mm
8
130
94
84
36
8,1 - 9,0 mm
10
148
105
94
40
9,1 - 10,0 mm
10
158
115
103
40
10,1 - 12 mm
12
183
135
121
45
12,25 - 14 mm
14
209
160
144
45
Solid Carbide Drill 10xD for Precise Deep Holes
This reliable solid carbide drill is engineered specifically for creating deep and accurate holes. Featuring internal cooling holes and a robust cylindrical shank, the tool offers excellent conditions for safe chip evacuation and stable machining processes in professional metalworking applications.
Advantages of Solid Carbide Deep Hole Drill 10xD with Cooling Holes and Cylindrical Shank
Supports efficient drilling up to a depth of 10xD due to a sophisticated cutting geometry
Integrated cooling holes provide reliable coolant delivery directly to the cutting edge
Manufactured from wear-resistant solid carbide for sustained tool life
Cylindrical shank with h6 tolerance supports precise clamping in high-performance holders
Multiple variants specifically dimensioned for common thread core holes
The Solid Carbide Deep Hole Drill 10xD with Cooling Holes and Cylindrical Shank is a sophisticated solution for demanding drilling tasks in professional environments. Designed to efficiently drill holes up to ten times its diameter, this solid carbide tool features an internal coolant supply that continuously cools the cutting edges and helps ensure reliable chip evacuation. Combined with the precisely ground cylindrical shank conforming to h6 tolerance, this drill establishes excellent conditions for low-vibration operation and superior hole quality.
Packaging Unit = 1 Pc.
Technical data
Tool type: Solid carbide deep hole drill
Drilling depth: Up to 10xD
Material: Solid carbide
Cooling: Internal cooling holes
Shank design: Cylindrical shank (h6 tolerance)
Packaging unit: 1 piece
Dimensions of Solid Carbide Deep Hole Drill 10xD 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 D3.0-10xD-Z-H
3000300
6
80
43
39
36
-
3,1 mm
VBU D3.1-10xD-Z-H
3000310
6
80
43
39
36
-
3,2 mm
VBU D3.2-10xD-Z-H
3000320
6
80
43
39
36
-
3,3 mm
VBU D3.3-10xD-Z-H
3000330
6
80
43
39
36
M4
3,4 mm
VBU D3.4-10xD-Z-H
3000340
6
80
43
39
36
-
3,5 mm
VBU D3.5-10xD-Z-H
3000350
6
80
43
39
36
-
3,6 mm
VBU D3.6-10xD-Z-H
3000360
6
80
43
39
36
-
3,7 mm
VBU D3.7-10xD-Z-H
3000370
6
80
43
39
36
M4,5
3,8 mm
VBU D3.8-10xD-Z-H
3000380
6
80
43
39
36
-
3,9 mm
VBU D3.9-10xD-Z-H
3000390
6
80
43
39
36
-
4,0 mm
VBU D4.0-10xD-Z-H
3000400
6
92
55
50
36
-
4,1 mm
VBU D4.1-10xD-Z-H
3000410
6
92
55
50
36
-
4,2 mm
VBU D4.2-10xD-Z-H
3000420
6
92
55
50
36
M5
4,3 mm
VBU D4.3-10xD-Z-H
3000430
6
92
55
50
36
-
4,4 mm
VBU D4.4-10xD-Z-H
3000440
6
92
55
50
36
-
4,5 mm
VBU D4.5-10xD-Z-H
3000450
6
92
55
50
36
-
4,6 mm
VBU D4.6-10xD-Z-H
3000460
6
92
55
50
36
-
4,7 mm
VBU D4.7-10xD-Z-H
3000470
6
92
55
50
36
-
4,8 mm
VBU D4.8-10xD-Z-H
3000480
6
92
55
50
36
-
4,9 mm
VBU D4.9-10xD-Z-H
3000490
6
92
55
50
36
-
5,0 mm
VBU D5.0-10xD-Z-H
3000500
6
104
68
61
36
M6
5,1 mm
VBU D5.1-10xD-Z-H
3000510
6
104
68
61
36
-
5,2 mm
VBU D5.2-10xD-Z-H
3000520
6
104
68
61
36
-
5,3 mm
VBU D5.3-10xD-Z-H
3000530
6
104
68
61
36
-
5,4 mm
VBU D5.4-10xD-Z-H
3000540
6
104
68
61
36
-
5,5 mm
VBU D5.5-10xD-Z-H
3000550
6
104
68
61
36
-
5,6 mm
VBU D5.6-10xD-Z-H
3000560
6
104
68
61
36
-
5,7 mm
VBU D5.7-10xD-Z-H
3000570
6
104
68
61
36
-
5,8 mm
VBU D5.8-10xD-Z-H
3000580
6
104
68
61
36
-
5,9 mm
VBU D5.9-10xD-Z-H
3000590
6
104
68
61
36
-
6,0 mm
VBU D6.0-10xD-Z-H
3000600
6
104
68
61
36
-
6,1 mm
VBU D6.1-10xD-Z-H
3000610
8
117
80
71
36
-
6,2 mm
VBU D6.2-10xD-Z-H
3000620
8
117
80
71
36
-
6,3 mm
VBU D6.3-10xD-Z-H
3000630
8
117
80
71
36
-
6,4 mm
VBU D6.4-10xD-Z-H
3000640
8
117
80
71
36
-
6,5 mm
VBU D6.5-10xD-Z-H
3000650
8
117
80
71
36
-
6,6 mm
VBU D6.6-10xD-Z-H
3000660
8
117
80
71
36
-
6,7 mm
VBU D6.7-10xD-Z-H
3000670
8
117
80
71
36
-
6,8 mm
VBU D6.8-10xD-Z-H
3000680
8
117
80
71
36
M8
6,9 mm
VBU D6.9-10xD-Z-H
3000690
8
117
80
71
36
-
7 mm
VBU D7.0-10xD-Z-H
3000700
8
117
80
71
36
-
7,1 mm
VBU D7.1-10xD-Z-H
3000710
8
130
94
84
36
-
7,2 mm
VBU D7.2-10xD-Z-H
3000720
8
130
94
84
36
-
7,3 mm
VBU D7.3-10xD-Z-H
3000730
8
130
94
84
36
-
7,4 mm
VBU D7.4-10xD-Z-H
3000740
8
130
94
84
36
-
7,5 mm
VBU D7.5-10xD-Z-H
3000750
8
130
94
84
36
-
7,6 mm
VBU D7.6-10xD-Z-H
3000760
8
130
94
84
36
-
7,7 mm
VBU D7.7-10xD-Z-H
3000770
8
130
94
84
36
-
7,8 mm
VBU D7.8-10xD-Z-H
3000780
8
130
94
84
36
-
7,9 mm
VBU D7.9-10xD-Z-H
3000790
8
130
94
84
36
-
8,0 mm
VBU D8.0-10xD-Z-H
3000800
8
130
94
84
36
-
8,1 mm
VBU D8.1-10xD-Z-H
3000810
10
148
105
94
40
-
8,2 mm
VBU D8.2-10xD-Z-H
3000820
10
148
105
94
40
-
8,3 mm
VBU D8.3-10xD-Z-H
3000830
10
148
105
94
40
-
8,4 mm
VBU D8.4-10xD-Z-H
3000840
10
148
105
94
40
-
8,5 mm
VBU D8.5-10xD-Z-H
3000850
10
148
105
94
40
M10
8,6 mm
VBU D8.6-10xD-Z-H
3000860
10
148
105
94
40
-
8,7 mm
VBU D8.7-10xD-Z-H
3000870
10
148
105
94
40
-
8,8 mm
VBU D8.8-10xD-Z-H
3000880
10
148
105
94
40
G1/8"
8,9 mm
VBU D8.9-10xD-Z-H
3000890
10
148
105
94
40
-
9,0 mm
VBU D9.0-10xD-Z-H
3000900
10
148
105
94
40
-
9,1 mm
VBU D9.1-10xD-Z-H
3000910
10
158
115
103
40
-
9,2 mm
VBU D9.2-10xD-Z-H
3000920
10
158
115
103
40
-
9,3 mm
VBU D9.3-10xD-Z-H
3000930
10
158
115
103
40
-
9,4 mm
VBU D9.4-10xD-Z-H
3000940
10
158
115
103
40
-
9,5 mm
VBU D9.5-10xD-Z-H
3000950
10
158
115
103
40
-
9,6 mm
VBU D9.6-10xD-Z-H
3000960
10
158
115
103
40
-
9,7 mm
VBU D9.7-10xD-Z-H
3000970
10
158
115
103
40
-
9,8 mm
VBU D9.8-10xD-Z-H
3000980
10
158
115
103
40
-
9,9 mm
VBU D9.9-10xD-Z-H
3000990
10
158
115
103
40
-
10,0 mm
VBU D10.0-10xD-Z-H
3001000
10
158
115
103
40
-
10,1 mm
VBU D10.1-10xD-Z-H
3001010
12
183
135
121
45
-
10,2 mm
VBU D10.2-10xD-Z-H
3001020
12
183
135
121
45
M12
10,3 mm
VBU D10.3-10xD-Z-H
3001030
12
183
135
121
45
-
10,4 mm
VBU D10.4-10xD-Z-H
3001040
12
183
135
121
45
-
10,5 mm
VBU D10.5-10xD-Z-H
3001050
12
183
135
121
45
-
10,6 mm
VBU D10.6-10xD-Z-H
3001060
12
183
135
121
45
-
10,7 mm
VBU D10.7-10xD-Z-H
3001070
12
183
135
121
45
-
10,8 mm
VBU D10.8-10xD-Z-H
3001080
12
183
135
121
45
-
10,9 mm
VBU D10.9-10xD-Z-H
3001090
12
183
135
121
45
-
11 mm
VBU D11.0-10xD-Z-H
3001100
12
183
135
121
45
-
11,1 mm
VBU D11.1-10xD-Z-H
3001110
12
183
135
121
45
-
11,2 mm
VBU D11.2-10xD-Z-H
3001120
12
183
135
121
45
-
11,3 mm
VBU D11.3-10xD-Z-H
3001130
12
183
135
121
45
-
11,4 mm
VBU D11.4-10xD-Z-H
3001140
12
183
135
121
45
-
11,5 mm
VBU D11.5-10xD-Z-H
3001150
12
183
135
121
45
-
11,6 mm
VBU D11.6-10xD-Z-H
3001160
12
183
135
121
45
-
11,7 mm
VBU D11.7-10xD-Z-H
3001170
12
183
135
121
45
-
11,8 mm
VBU D11.8-10xD-Z-H
3001180
12
183
135
121
45
G1/4"
11,9 mm
VBU D11.9-10xD-Z-H
3001190
12
183
135
121
45
-
12 mm
VBU D12.0-10xD-Z-H
3001200
12
183
135
121
45
M14
12,25mm
VBU D12.25-10xD-Z-H
3001225
14
209
160
144
45
-
12,5 mm
VBU D12.5-10xD-Z-H
3001250
14
209
160
144
45
-
12,7 mm
VBU D12.7-10xD-Z-H
3001270
14
209
160
144
45
-
12,75 mm
VBU D12.75-10xD-Z-H
3001275
14
209
160
144
45
-
12,8 mm
VBU D12.8-10xD-Z-H
3001280
14
209
160
144
45
-
13 mm
VBU D13.0-10xD-Z-H
3001300
14
209
160
144
45
-
13,1 mm
VBU D13.1-10xD-Z-H
3001310
14
209
160
144
45
-
13,5 mm
VBU D13.5-10xD-Z-H
3001350
14
209
160
144
45
-
13,8 mm
VBU D13.8-10xD-Z-H
3001380
14
209
160
144
45
-
14 mm
VBU D14.0-10xD-Z-H
3001400
14
209
160
144
45
M16
Applications
This drilling tool is primarily intended for producing deep holes in industrial metalworking. The drill is suitable for use on CNC machining centers and machines equipped with an internal coolant supply. Thanks to the specific diameter increments, the tool can be used flexibly, including the precise preparation of core holes for metric and pipe threads.
Special features
The integration of internal cooling holes offers a clear advantage for extensive drilling depths, as it helps prevent chip clogging and reduces the thermal load on the cutting edge. Furthermore, the smooth cylindrical shank in h6 quality allows the use in high-precision clamping devices such as hydraulic expansion chucks or shrink-fit chucks, which noticeably supports concentricity. This promotes efficient and dimensionally accurate machining processes while reducing the risk of tool breakage.
This reliable solid carbide drill is engineered specifically for creating deep and accurate holes. Featuring internal cooling holes and a robust cylindrical shank, the tool offers excellent conditions for safe chip evacuation and stable machining processes in professional metalworking applications.
Advantages of Solid Carbide Deep Hole Drill 10xD with Cooling Holes and Cylindrical Shank
Supports efficient drilling up to a depth of 10xD due to a sophisticated cutting geometry
Integrated cooling holes provide reliable coolant delivery directly to the cutting edge
Manufactured from wear-resistant solid carbide for sustained tool life
Cylindrical shank with h6 tolerance supports precise clamping in high-performance holders
Multiple variants specifically dimensioned for common thread core holes
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
Reliable guide holes for deep hole drilling operations
The Solid Carbide Pilot-Drill 3xD with cooling holes and cylindrical shank is the optimal preparation tool for precise deep hole drilling. It creates an exact, directional pilot hole that allows the subsequent drill a safe and drift-free entry into the workpiece.
Advantages of Solid Carbide Pilot-Drill 3xD
Precisely matched 150° point angle for a seamless transition to the deep hole tool
Minimally larger cutting tolerance protects the cutting corners of the following drill
Internal cooling holes (IK) support efficient and safe chip evacuation
Versatile application in steel, stainless steel, cast iron, and non-ferrous metals
Stable cylindrical shank ensures secure clamping and high concentricity
Reliable guide holes for deep hole drilling operations
The Solid Carbide Pilot-Drill 3xD with cooling holes and cylindrical shank is the optimal preparation tool for precise deep hole drilling. It creates an exact, directional pilot hole that allows the subsequent drill a safe and drift-free entry into the workpiece.
Advantages of Solid Carbide Pilot-Drill 3xD
Precisely matched 150° point angle for a seamless transition to the deep hole tool
Minimally larger cutting tolerance protects the cutting corners of the following drill
Internal cooling holes (IK) support efficient and safe chip evacuation
Versatile application in steel, stainless steel, cast iron, and non-ferrous metals
Stable cylindrical shank ensures secure clamping and high concentricity
Solid Carbide Deep Hole Drill 15xD for precise operations
The solid carbide deep hole drill 15xD is specifically designed to support efficient workflows in deep hole drilling. Thanks to its internal cooling holes and cylindrical shank, this tool provides an excellent foundation for the professional machining of steel, stainless steel, and cast iron. The 15xD design facilitates deep and exact bores even in demanding applications.
Advantages of Solid Carbide Deep Hole Drills 15xD
Suitable for steel, stainless steel, and cast iron
Integrated cooling holes for optimized heat dissipation
Solid carbide Deep Hole Drill 30xD with cooling holes and Cylindrical Shank
This solid carbide deep hole drill in the 30xD version features integrated cooling holes and a cylindrical shank for professional deep hole drilling. Engineered for steel, stainless steel, and cast iron, it supports reliable chip evacuation and stable performance even at maximum depth.
Advantages of Solid carbide Deep Hole Drill 30xD with cooling holes and Cylindrical Shank
Designed for extreme drilling depths up to 30xD
Integrated cooling holes support optimal chip evacuation
Versatile application in steel, stainless steel, and cast iron
The solid carbide deep hole drill 12xD with cooling holes and cylindrical shank is a powerful cutting tool for professional users who demand precise dimensional accuracy. It enables extremely deep drilling operations and ensures high wear resistance thanks to its robust solid carbide substrate.
Packaging unit = 1 Pc.
Advantages of the Solid Carbide Deep Hole Drills 12xD
Internal cooling holes ensure reliable chip evacuation during the drilling process
Engineered for maximum drilling depths up to 12xD
Cylindrical shank allows secure and flexible clamping in CNC machines
High heat resistance and structural stability provided by solid carbide (VHM)
High-performance deep hole drill for demanding applications
The VBU series solid carbide deep hole drill in the 20xD version offers a reliable solution for deep drilling tasks. Combining solid carbide material, a cylindrical shank, and integrated cooling holes, this tool is excellently suited for the safe and efficient machining of steel, stainless steel, and cast iron.
Advantages of Solid Carbide Deep Hole Drills 20xD
Direct coolant supply to the cutting edge via internal cooling holes
Designed for extreme drilling depths up to 20 times the nominal diameter
Versatile application in steel, stainless steel, and cast iron
Universal clamping options thanks to the smooth cylindrical shank