Hered ZP3P Series Vacuum Pads for Film Adsorption
Overview
The Hered ZP3P Series Vacuum Pads are specially designed for film packaging applications and handling thin, delicate materials. These innovative pads offer superior performance in reducing wrinkles and leakage, making them ideal for precision handling in various industries.
Key Features
- Specialized Design: Optimized for film packaging applications
- Blue Color: Enhances visibility for contamination inspection
- Reduced Leakage: Improved vacuum efficiency
- Wrinkle Reduction: Minimizes wrinkles on thin workpieces
- Vacuum Inlet Options: Male or female thread
- Buffer Options: Available with or without (Strokes: 10, 20, 30, 40, 50 mm)
Pad Specifications
| Series | Pad Form | Pad Diameters (mm) |
|---|---|---|
| ZP3P | For film adsorption | 20, 25, 35, 50 |
Applications
- Film packaging processes
- Handling of thin and delicate materials
- Surface-sensitive manufacturing operations
- Food and packaging industries
- Electronics manufacturing
Technical Advantages
- Precision Handling: Designed to minimize damage to delicate films
- Enhanced Efficiency: Reduced air leakage for better vacuum performance
- Versatile Sizing: Multiple diameters to suit various material dimensions
- Quality Assurance: Blue color aids in visual inspection processes
Performance Highlights
- Material Integrity: Reduces wrinkles and marks on thin workpieces
- Operational Efficiency: Improved vacuum grip for faster, more reliable handling
- Adaptability: Suitable for a wide range of thin and sensitive materials
- Safety: Designed with food-grade materials for packaging applications
The Hered ZP3P Series Vacuum Pads for Film Adsorption offer a superior solution for industries requiring precise and gentle handling of thin, delicate materials. Their specialized design ensures optimal performance in film packaging and similar applications, reducing wrinkles and improving efficiency. These pads are essential for manufacturers focusing on high-quality material handling in sensitive production processes.
