The APU Drill Chuck is a precision tool-holding accessory designed for securely gripping drills, reamers, and other cylindrical-shank cutting tools on CNC machining centers, milling machines, drilling machines, and other compatible machine tools. Its precision clamping mechanism provides strong tool retention, excellent concentricity, and reliable performance during high-speed drilling operations.
- Precision-engineered APU Drill Chuck
- High-precision tool clamping mechanism
- Excellent concentricity and low runout
- Strong and secure tool gripping
- Precision-machined jaws
- High-quality alloy steel construction
- Rigid design for stable drilling
- Smooth tool clamping and release
- Suitable for high-speed machining applications
- Available in different capacities and mounting configurations (Model Dependent)
- CNC drilling
- High-speed drilling
- Reaming
- Precision hole making
- Milling machine applications
- Drilling machine applications
- Production machining
- General engineering applications
- Provides accurate and secure tool holding
- Excellent concentricity improves hole accuracy
- Reduces tool runout
- Provides rigid support during drilling
- Suitable for high-speed machining
- Quick and convenient tool changing
- Improves drilling productivity
- Durable construction for long service life
| Name | APU DRILL CHUCK ISO-30 (1MM TO 13MM) |
| Chuck Type | Precision Drill Chuck |
| Shank Taper | ISO-30 |
| Chuck Capacity | 1–13 mm |
| Length | 100 mm |
| Body Material | Alloy Steel |
| Surface Finish | Precision Ground |
| Approx weight | 0.8 |
The Banka APU Drill Chuck is widely used for securely holding drills, reamers, and other cylindrical-shank cutting tools during CNC drilling, high-speed drilling, reaming, and precision machining operations. It is an essential tool-holding accessory for CNC machining centers, milling machines, drilling machines, production workshops, tool rooms, automotive industries, and precision engineering facilities, where high concentricity, low runout, rigid tool holding, accurate hole making, and reliable high-speed machining performance are essential.
