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CNC Vacuum Clamping Tables
Price on request
Our CNC Vacuum Clamping Tables provide a fast, reliable, and highly efficient workholding solution for machining a wide range of materials. Featuring an advanced multi-hole vacuum system with integrated valve technology, they deliver uniform holding force, exceptional stability, and precise positioning throughout the machining process.
Designed for CNC machining centers, milling machines, engraving systems, laser cutting equipment, and automated production lines, these vacuum tables securely hold flat, thin, and delicate workpieces while minimizing setup time and eliminating the need for mechanical clamps.
Available in a wide range of standard sizes and fully customizable configurations, our vacuum clamping tables are suitable for machining aluminum, stainless steel, copper, engineering plastics, carbon fiber, graphite, acrylic, wood, glass, and composite materials. Their innovative design also supports through-cut machining and automated material handling, making them ideal for high-precision and high-productivity manufacturing environments.
Table type: | Vacuum |
- High-performance multi-hole vacuum clamping system
- Uniform vacuum distribution for secure and stable workholding
- Integrated valve technology designed to resist chips, coolant, and contaminants
- Excellent holding performance for thin, lightweight, and easily deformable workpieces
- Ideal for through-cut machining without mechanical clamps
- Available in multiple standard sizes
- Custom-made solutions for specific applications and machine layouts
- Fast setup and reduced machine downtime
- Compatible with automated production systems and robotic handling
- Built for continuous industrial operation with high reliability
- CNC machining centers
- CNC milling operations
- Laser cutting systems
- CNC engraving machines
- Surface grinding applications
- Automated manufacturing and material handling
- Aluminum machining
- Stainless steel and non-ferrous metal machining
- Engineering plastics (POM, ABS, PEEK, PP)
- Carbon fiber and composite materials
- Graphite and acrylic machining
- Precision machining of thin or delicate components
