Kurt CNC Quick-Change Clamping Modules: Actuation Type: Pneumatic; Number of Module Centers: 1 55539316 Applications
- 5-axis CNC machining centers requiring rapid fixture changes.
- Palletized machining systems and flexible manufacturing cells.
- High-volume production environments focused on minimizing setup times.
- Automated manufacturing systems utilizing remote workholding actuation.
- Precision machining operations requiring repeatable fixture positioning.
- Multi-machine production cells utilizing standardized workholding platforms.
- Applications requiring unobstructed access to multiple sides of the workpiece.
Ideal for manufacturers seeking faster changeovers, remote operation, and highly repeatable workholding performance in advanced CNC machining environments.
Kurt CNC Quick-Change Clamping Modules: Actuation Type: Pneumatic; Number of Module Centers: 1 55539316 Specifications
| Actuation Type | Pneumatic |
|---|---|
| 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 |
| Country of Origin | United States |
| UNSPSC Code | 23152201 |
Kurt CNC Quick-Change Clamping Modules: Actuation Type: Pneumatic; Number of Module Centers: 1 55539316 Features & Benefits
- Remote Pallet Actuation Capability allows convenient operation when paired with a Kurt FLR and hand or foot switch.
- 96 mm Pull-Stud Mounting Interface provides secure, repeatable, and accurate fixture positioning.
- Shop Air Powered Operation easily connects to existing compressed air systems for simplified installation.
- Fast Pneumatic Actuation significantly reduces setup and fixture change times compared to traditional mounting methods.
- Designed for Kurt 5-Axis Vises while also supporting compatibility with other qualifying workholding brands.
- Exceptional Repeatability delivers positioning accuracy within 0.000300 inches for consistent machining results.
- Single Module Center Design provides a compact and efficient workholding platform.
- Heavy-Duty Steel Construction ensures durability, rigidity, and long service life in demanding production environments.
- Includes Four Pull Studs for quick installation and immediate integration into machining systems.
- Optimized for Production Efficiency by minimizing machine downtime and increasing spindle utilization.
Kurt CNC Quick-Change Clamping Modules: Actuation Type: Pneumatic; Number of Module Centers: 1 55539316 Performance & Construction
- Precision-machined steel construction provides excellent rigidity and stability during machining operations.
- Pneumatic actuation enables rapid fixture exchanges without manual disassembly.
- Supports lean manufacturing initiatives by reducing setup labor and machine idle time.
- Provides consistent and repeatable workholding locations for improved production accuracy.
- Compact footprint maximizes machine table space while maintaining robust holding performance.
- Compatible with automated and palletized manufacturing workflows.
- Designed to enhance productivity, flexibility, and throughput in modern CNC machining facilities.
Why Choose the Kurt CNC Quick-Change Clamping Modules: Actuation Type: Pneumatic; Number of Module Centers: 1 55539316
- Fast pneumatic actuation reduces setup time and increases machine productivity.
- Remote operation supports advanced manufacturing and automation initiatives.
- 0.000300-inch repeatability ensures consistent fixture positioning.
- Compatible with Kurt 5-axis vises and other supported workholding systems.
- Connects directly to existing shop air systems for simple integration.
- Includes pull studs for rapid installation and deployment.
- Designed for palletized machining, automated production, and high-efficiency CNC operations.
The Kurt CNC Quick-Change Clamping Modules: Actuation Type: Pneumatic; Number of Module Centers: 1 55539316 delivers rapid pneumatic workholding changes, exceptional repeatability, and seamless integration with modern manufacturing systems, helping maximize machine uptime and production efficiency.
