The CNC Dead Centre Extended is a precision-engineered machine tool accessory designed to support workpieces during CNC turning and machining operations. Its extended-point design provides additional reach for suitable machining setups where a standard centre may not offer the required access.
- Precision-engineered extended-point design.
- Suitable for compatible CNC lathe machines.
- Provides support for workpieces during turning operations.
- Helps maintain workpiece alignment.
- Designed for industrial machining applications.
- Robust construction for workshop use.
- Supports stable machining setups.
- Suitable for compatible shaft and cylindrical components.
- Available in different sizes and configurations.
- Designed for reliable performance in precision engineering environments.
- CNC lathe turning operations.
- Precision shaft machining.
- Cylindrical component manufacturing.
- Supporting suitable workpieces between centres.
- Engineering and tool room applications.
- Industrial component production.
- Machining setups requiring extended centre reach.
- General CNC machining operations.
- Provides reliable workpiece support.
- Offers extended reach for suitable machining setups.
- Helps maintain workpiece alignment.
- Supports consistent machining results.
- Helps improve machining stability.
- Suitable for professional industrial environments.
- Offers compatibility options for different machines.
- Supports efficient CNC turning operations.
| Name | MT | L | L4 | ØD | D | M | Approx weight |
|---|---|---|---|---|---|---|---|
| CNC DEAD CENTRE EXTENDED MT-3 | MT-3 | 84 mm | 70 mm | 24.1 mm | 11 mm | 27 × 1.5 | 0.65 |
| CNC DEAD CENTRE EXTENDED MT-4 | MT-4 | 102.5 mm | 83.5 mm | 31.6 mm | 14 mm | 36 × 1.5 | – |
| CNC DEAD CENTRE EXTENDED MT-5 | MT-5 | 129.5 mm | 90 mm | 44.7 mm | 18 mm | 48 × 1.5 | – |
The CNC Dead Centre Extended is commonly used in CNC lathe machines to support shafts and cylindrical workpieces during turning operations. Its extended-point configuration is useful for suitable setups requiring additional reach or access. It is widely applicable in precision engineering workshops, tool rooms, and industrial manufacturing facilities. The correct centre geometry, mounting interface, speed rating, and workpiece requirements should be checked before use to ensure safe and reliable machining performance.
