Chuck Tool Holder Fork for CNC (Compatible with Homag)
From:
From: 19,00 €
Chuck Tool Holder Fork – CNC Woodworking Machine Center
The 3-011-01-9270 Chuck Tool Holder Fork is a precision-engineered component designed for CNC woodworking machine centers. It ensures accurate and secure positioning of tool holders during automatic tool changes, maintaining reliability and consistency in demanding production environments.
Built from durable industrial-grade plastic, the holder fork is lightweight, strong, and resistant to wear, providing a long service life even under continuous use.
| Name | 1 Pcs | 10–20 | 20+ |
|---|---|---|---|
| HOMAG HSK63F Chuck Holder | 39 € | 25 € | 19 € |
Description
Key Highlights
-
High Precision: Ensures accurate alignment of tool holders during CNC tool change operations.
-
Durable Construction: Manufactured from reinforced engineering plastic for strength and wear resistance.
-
Long Service Life: Designed to maintain clamping force and dimensional stability through repeated cycles.
-
Smooth Operation: Reduces vibration and tool-change errors, improving overall machining accuracy.
-
Customizable Size: Available in standard or customized dimensions for compatibility with various CNC systems.
-
Easy Installation: Simple mounting and secure fit in CNC machining centers.
Technical Parameters
| Parameter | Description |
|---|---|
| Product Type | Chuck Tool Holder Fork |
| Model Number | 3-011-01-9270 / 3011019270 |
| Material | Reinforced Plastic |
| Weight | 0.1 kg |
| Application Machine | CNC Woodworking Machining Center |
| Compatibility | HOMAG CNC Systems |
| Size | Customizable |
| Function | Holds and positions tool holders securely |
| Feature | Durable, Precise, Long Service Life |
| MOQ | 1 Piece |
| Test Report | Not Available |
| Video Inspection | Provided |
Applications
-
CNC woodworking machining centers
-
Automatic tool change systems
-
Tool magazine and spindle interface components
-
Industrial manufacturing and furniture production
Advantages
-
Ensures reliable tool retention and precision
-
Reduces tool wear and mechanical stress
-
Enhances overall machine performance and safety
-
Resistant to impact and deformation













