Hered ZP3E Series High Rigidity Vacuum Pads
Overview
The Hered ZP3E Series High Rigidity Vacuum Pads are engineered for superior stability and ease of removal in material handling applications. These pads offer enhanced performance through innovative design features, making them ideal for a wide range of industrial uses.
Key Features
- Stable Suction: Improved suction position and ease of removal
- Pad Forms: Flat type with groove, Bellows type with ribs and groove (standard and ball joint types)
- Mounting Options: Male or female thread
- Vacuum Inlet Direction: Vertical or lateral
- Vacuum Inlet Types: Male or female thread
- Buffer Options: Available with or without (Strokes: 10, 25, 30, 50, 75, 100 mm)
Pad Specifications
| Pad Form | Pad Diameters (mm) |
|---|---|
| Flat type with groove (Standard/Ball joint) | 32, 40, 50, 63, 80, 100, 125 |
| Bellows type with ribs and groove (Standard/Ball joint) | 32, 40, 50, 63, 80, 100, 125 |
Applications
- Manufacturing processes
- Packaging operations
- Automation systems
- Large-scale material handling
- High-flow rate applications
Technical Advantages
- Enhanced Stability: Grooves and ribs improve contact area and suction stability
- High Flow Rate Capacity: Suitable for workpieces with high permeability
- Versatile Configuration: Multiple options for customized setups
- Robust Design: Engineered for reliability in demanding applications
Performance Highlights
- Improved Handling: Stable suction position for secure material transport
- Efficiency: Enhanced suction flow rate for various workpiece types
- Flexibility: Wide range of sizes and configurations for diverse applications
- Precision: Ball joint options for improved adaptability to uneven surfaces
The Hered ZP3E Series High Rigidity Vacuum Pads offer a superior solution for industries requiring robust and efficient material handling. Their innovative design ensures stable performance and versatility across a wide range of applications, from routine lifting tasks to specialized industrial processes. These pads are engineered to enhance operational efficiency and reliability in demanding manufacturing and automation environments.
