Drill Chuck Arbour
OverviewThe Drill Chuck Arbour – ISO is a precision machine-tool accessory designed for mounting drill chucks onto ISO spindle holders of CNC milling machines and machining centers. It provides accurate tool positioning, secure chuck mounting, and reliable power transmission during drilling and related machining operations.
₹2,100- Precision-engineered ISO Drill Chuck Arbour
- Designed for ISO machine-tool spindle systems
- Precision-ground taper and mounting surfaces
- Accurate drill chuck mounting
- Excellent concentricity and tool alignment
- High-strength alloy steel construction
- Heat-treated for improved durability
- Secure and rigid tool holding
- Reliable power transmission
- Available in different ISO sizes and chuck mounting configurations (Model Dependent)
- Drill chuck mounting
- CNC drilling operations
- Machining center applications
- Milling machine applications
- Production drilling
- Tool room operations
- General precision machining
- Machine-tool setup
- Provides accurate drill chuck alignment
- Ensures secure and rigid chuck mounting
- Helps reduce tool runout
- Improves drilling accuracy
- Provides reliable power transmission
- Suitable for CNC machining environments
- Easy to install and remove
- Durable construction for long service life
| Name | Shank Taper | Drill Chuck Taper | D | L1 | L | M | Approx weight |
|---|---|---|---|---|---|---|---|
| DRILL CHUCK ARBOUR - ISO 30 JT-6 | ISO 30 | JT-6 | 17.17 mm | 38 mm | 68.4 mm | M12 | 0.55 |
| DRILL CHUCK ARBOUR - ISO 40 JT-6 | ISO 40 | JT-6 | 17.17 mm | 38 mm | 93.4 mm | M16 | 0.55 |
| DRILL CHUCK ARBOUR - M1TR / R-8 | M1TR / R-8 | JT-6 | – | 36 mm | 102.3 mm | M12 | 0.55 |
The Banka Drill Chuck Arbour – ISO is widely used for mounting drill chucks onto ISO spindle systems in CNC machining centers and milling machines during drilling, reaming, tapping, and general machining operations. It is an essential machine-tool accessory for CNC machining centers, production workshops, tool rooms, machine shops, automotive industries, and precision engineering facilities, where accurate tool alignment, secure chuck mounting, low runout, rigid tool holding, and reliable machining performance are essential.
