Adaptive clamping is an intelligent workholding method that adjusts clamping position and pressure automatically based on the shape and size of the component being machined. Unlike traditional fixtures that require manual retooling for each part, this system uses sensors and controlled mechanisms to ensure secure, accurate, and repeatable holding of workpieces.

This technology is widely used across:

• CNC machining centers
• Flexible manufacturing systems
• Robotic machining cells
• Precision component production

Industries such as automotive, aerospace, medical devices, defense, and general engineering rely on adaptive clamping to improve quality, reduce downtime, and handle multiple part variations without frequent fixture changes.

Smart Adjustment

Automatically detects part dimensions and adjusts clamping force to ensure stable machining, even with irregular or varying geometries.

Improved CNC Productivity

Enables faster setups and changeovers, making it ideal for mixed production batches and flexible manufacturing environments.

High Precision and Consistency

Ensures equal clamping pressure across all parts, resulting in better surface finish, reduced vibration, and zero deformation.

Industry 4.0 Integration

Easily integrates with modern digital machining systems and supports real-time monitoring, feedback, and optimisation.

Time and Cost Efficiency

Eliminates the need for multiple dedicated fixtures, saving on storage, operational costs, and downtime.

Enhanced Safety

Integrated sensors detect incorrect clamping conditions and alert the operator or machine controller, ensuring safe and reliable machining.

• Dynamic fixturing design suitable for multiple part families
• Intelligent workholding powered by sensor-based monitoring
• Modular construction for easy maintenance and reconfiguration
• High-strength industrial build for demanding machining environments
• Compatible with vertical/horizontal CNC machines and robotic loaders

Supports data logging and integration with production monitoring software

• Automotive part machining
• Aerospace component manufacturing
• Medical and precision engineering applications
• High-mix, low-volume production
• Flexible and automated manufacturing setups