Kurt CNC Quick-Change Clamping Modules: Actuation Type: Manual; Number of Module Centers: 1 55541924 Applications
- 5-axis CNC machining centers requiring fast workholding changes.
- Automated manufacturing systems utilizing robotic end effectors.
- Palletized machining and fixture standardization programs.
- Precision milling operations requiring repeatable workholding locations.
- Production environments focused on reducing setup and changeover times.
- Prototype, short-run, and high-volume manufacturing operations.
- Applications requiring improved access to complex workpieces.
Ideal for manufacturers seeking compact workholding solutions that improve machine access, increase productivity, and support automation initiatives.
Kurt CNC Quick-Change Clamping Modules: Actuation Type: Manual; Number of Module Centers: 1 55541924 Specifications
| Actuation Type | Manual |
|---|---|
| Number of Module Centers | 1 |
| System Compatibility | 5 Axis Workholding Systems |
| Repeatability | 0.000300" |
| Unlocking Pressure | 85 lbf/sq in |
| Indexing | No |
| Material | Steel |
| Overall Length | 152.40 mm |
| Overall Width | 125.00 mm |
| Included Components | 4 Pull Studs |
| Rise Height | 2.3" |
| Country of Origin | United States |
| UNSPSC Code | 23152201 |
Kurt CNC Quick-Change Clamping Modules: Actuation Type: Manual; Number of Module Centers: 1 55541924 Features & Benefits
- Robotic End-Effector Compatible for seamless integration into automated manufacturing and robotic loading systems.
- 96 mm Pull-Stud Mounting Interface provides fast, accurate, and repeatable workholding installation.
- Fast Manual Actuation enables rapid fixture and vise changes to reduce machine downtime.
- Designed for Kurt 5-Axis Vises while supporting compatibility with other qualifying workholding brands.
- Compact Low-Profile Design minimizes occupied machine space and improves machining accessibility.
- 2.3-Inch Rise Height elevates workpieces for improved tool access during complex machining operations.
- Easy Part Access enhances machining flexibility and supports multi-sided machining applications.
- Exceptional Repeatability provides positioning accuracy within 0.000300 inches for consistent manufacturing results.
- Heavy-Duty Steel Construction delivers long-term durability and reliable performance in demanding environments.
- Includes Four Pull Studs for quick installation and immediate system integration.
Kurt CNC Quick-Change Clamping Modules: Actuation Type: Manual; Number of Module Centers: 1 55541924 Performance & Construction
- Precision-machined steel construction provides excellent rigidity and stability during machining operations.
- Low-profile design improves machine accessibility while maintaining robust workholding performance.
- Supports quick fixture exchanges that reduce setup time and increase spindle utilization.
- Provides highly repeatable positioning for improved production consistency and reduced setup verification.
- Compatible with advanced manufacturing workflows including robotic automation and palletized machining.
- Designed to improve productivity while maintaining secure and reliable workholding performance.
- Optimized for modern CNC machining environments requiring flexibility, repeatability, and efficiency.
Why Choose the Kurt CNC Quick-Change Clamping Modules: Actuation Type: Manual; Number of Module Centers: 1 55541924
- Compact design maximizes machine workspace and accessibility.
- Fast manual actuation reduces setup times and improves productivity.
- Robotic end-effector compatibility supports automation initiatives.
- 0.000300-inch repeatability ensures accurate and consistent positioning.
- 96 mm pull-stud mounting enables rapid workholding changes.
- Compatible with Kurt 5-axis vises and other supported systems.
- Includes pull studs for quick installation and immediate deployment.
The Kurt CNC Quick-Change Clamping Modules: Actuation Type: Manual; Number of Module Centers: 1 55541924 delivers compact, highly repeatable, and automation-ready workholding performance that helps manufacturers reduce setup times, improve machining access, and maximize productivity in demanding CNC applications.
