Professional holder for WST interchangeable tip drills
The WST interchangeable tip drill base is a well-thought-out solution for demanding drilling tasks in modern machining. As a modular holder body, it is precisely matched to drill bits in the diameter range of 25.00 to 25.90 mm. Through the proven interchangeable system, the tool holder supports efficient workflows, as the tip can be replaced simply and quickly when worn. The choice of three available length variants opens up flexible application possibilities for a wide variety of drilling depths.
Please pay attention to the Holder/drill bit combinations!
Only drill bits with a diameter of 25.00-25.90 mm fit on these supports.
Technical data
- Tool type: Interchangeable tip drill base
- Available versions: 3xD, 5xD, 8xD
- Packaging unit: 1 Piece
| Tool |
Interchangeable tip drill |
| Diameter |
For Inserts 25,00-25,90 mm
|
| Types |
3xD/5xD/8xD |
| Packaging unit |
1 Pc |
Dimensions of WST interchangeable tip drill
|
Item Nr. |
Drill Lenght |
Diameter |
D2 |
L2 |
D3 |
L1 |
L3 |
WST D25.0-3xD-H
|
3212503
|
3xD |
25,00 - 25,90 mm |
32 |
60 |
37 |
78,0 |
170,8 |
| WST D25.0-5xD-H |
3212505
|
5xD |
25,00 - 25,90 mm |
32 |
60 |
37 |
130,0 |
221,8 |
| WST D25.0-8xD-H |
3212508
|
8xD |
25,00 - 25,90 mm |
32 |
60 |
37 |
208,0 |
298,3 |
Applications
This holder body is designed for professional use in series production, mechanical engineering, and general metalworking. In combination with the appropriate interchangeable tip, the tool is suitable for machining various materials where flexibility and reduced setup times are prioritized.
Special features
The stable construction of the carrier provides high rigidity and supports low-vibration drilling processes. Thanks to the 3xD, 5xD, and 8xD versions, the tool can be optimally adapted to the respective component geometry. The strict compatibility with interchangeable tips from 25.00 to 25.90 mm ensures a precisely fitting and backlash-free connection between the holder and the cutting insert, which positively influences the economy of the machining process.