The porous ceramic vacuum chuck is designed for high-stability wafer handling and precision processing. Its controlled micro-porous structure ensures uniform vacuum distribution, improving adhesion reliability and processing accuracy across semiconductor and advanced manufacturing environments.

Engineered from sintered alumina or silicon carbide ceramics, it offers exceptional mechanical strength and chemical resistance under demanding operating conditions.

Uniform Vacuum Performance

• High-porosity structure with controlled pore distribution
• Stable and even suction force
• Improved positioning accuracy
• Enhanced production yield

Superior Material Properties

• High-temperature sintered ceramic construction
• Resistant to acid, alkali, and high-pressure environments
• High mechanical strength and wear resistance
• Dust-free operation for cleanroom compatibility

Antistatic and Insulation Protection

• Conductive ceramic additives available
• Excellent electrical insulation
• Prevents static damage to sensitive wafers

Customizable Configuration

• Tailored size and shape options
• Adjustable porosity and pore size
• Base material options: alumina or silicon carbide

Typical Applications

• Wafer heating and transfer
• Grinding and cutting processes
• Laser machining
• Screen printing
• Precision cleaning systems

The porous ceramic vacuum chuck improves process stability, reduces contamination risks, and enhances overall manufacturing efficiency.

Visit our website for detailed specifications and customization support.