Suntron Plastics
Custom Precision PI Vacuum Disc for Semiconductor Vacuum Handling Systems
Custom Precision PI Vacuum Disc for Semiconductor Vacuum Handling Systems
High precision PI Vacuum Disc designed for semiconductor vacuum handling and cleanroom automation systems. Precision CNC machined Polyimide component with smooth surface finish, excellent dimensional stability, and reliable vacuum adsorption performance for high temperature and contamination-sensitive environments.
Precision PI Vacuum Disc for Semiconductor Applications
This custom precision PI Vacuum Disc is developed for semiconductor vacuum handling, wafer transfer systems, and cleanroom automation equipment requiring high dimensional stability and reliable vacuum performance.
Manufactured from high-performance Polyimide (PI) material, the component offers excellent thermal resistance, low particle generation, chemical resistance, and stable operation in demanding industrial environments. Precision CNC machining ensures smooth surface finish and tight tolerance control for vacuum-sensitive applications.
Designed for semiconductor motion systems, vacuum adsorption units, wafer handling equipment, and high precision automation applications.
Features
- High performance Polyimide (PI) material
- Precision CNC machined surface
- Excellent vacuum adsorption stability
- Smooth surface & burr-free finish
- High temperature resistance up to 300°C
- Low particle generation for cleanroom use
- High dimensional stability
- Chemical and wear resistant
- Semiconductor grade application
- OEM custom manufacturing available
Applications
- Semiconductor vacuum systems
- Wafer handling equipment
- Cleanroom automation
- Vacuum transfer systems
- Precision industrial automation
- High temperature motion systems
Custom Manufacturing
SUNTRON provides OEM custom CNC machining services based on customer drawings or samples. Custom dimensions, vacuum hole structures, surface finish, and precision requirements are available for semiconductor and high precision industrial applications.