Vacuum Clamping Technology

Schmalz offers a comprehensive range of vacuum clamping solutions designed to enhance the precision, flexibility, and efficiency of CNC machining processes across various industries, including woodworking, metalworking, glass processing, and handling of 3D freeform surfaces.

• Modular Vacuum Clamping Systems: Schmalz’s modular systems are compatible with all CNC machining centers, including those with T-slot tables and zero-point clamping systems. These systems are ideal for machining metal and plastic workpieces, providing high clamping forces and tight tolerances for precise results.

• Vacuum Blocks for Woodworking: Designed for use on CNC machining centers, these vacuum blocks are suitable for processing various wood materials, including solid wood and laminates. They offer high holding forces and lateral force absorption, ensuring reliable machining and avoiding scrap.

• Quick-Change Systems for Glass Processing: Schmalz’s Quick-Change Systems are designed for glass processing applications, such as those using Bystronic machines. These systems enable tool-free setup, reducing setup times and enhancing flexibility in processing glass workpieces.

• Clamping Equipment for 3D Freeform Surfaces: For workpieces with uneven, rounded, or curved contours, Schmalz offers clamping solutions like the Suction Cup Balance SSCB. This system provides precise positioning and flexible adaptation to complex geometries, supporting both manual and automated processing.

• Vacuum Generators for CNC Machining Centers: Schmalz’s vacuum generators are specially developed for demanding wet machining applications. They separate liquids and chips and continuously monitor the vacuum, offering optimum conditions for efficient and reliable machining under vacuum.

Applications:

Schmalz’s vacuum clamping technology is utilized across various sectors, including:

• Woodworking: For precise and flexible clamping of wood materials during CNC machining processes.

• Metalworking: To securely hold metal workpieces, ensuring high precision and efficiency.

• Glass Processing: For safe and efficient handling and clamping of glass materials during machining.

• 3D Freeform Surfaces: To accommodate complex and irregularly shaped workpieces in automated and manual processing.

These solutions enhance productivity, reduce setup times, and ensure high-quality results in various machining applications.