Wafer gripper SWG
Highlights
- Large contact area between wafer and gripper for maximum grip
- Low air consumption
- Low vacuum level
- High flow rate
- Controlled air discharge (optional)
- Rapid venting of vacuum chamber
- Gripper surface e.g. made of PEEK (Polyetheretherketone)
- Modular concept with various surface materials, sensors, and optional shock absorption elements
Your advantages
- High speed, high accuracy handling for cycle times less than 1 second.
- Low operating costs .
- Gentle gripping with minimal torsional forces and minimal conchoidal fracture risk.
- Reliable gripping and handling even of deformed and broken wafers.
- No contamination of process area with silicon dust or fragments.
- Precise positioning and very short cycle times.
- Minimal surface contamination and reduction of blind spots.
- Optional breakage detection through backlit gripper surface.
Application
- Fully or partially automated production of silicon PV cells with maximum process stability, production line uptime, cell efficiency and line output.
- Extremely fast, reliable, precise and gentle handling of photovoltaic wafers and cells.
- Loading and unloading from stacks and conveyor belts.
- High accuracy positioning during and after the visual inspection process.
- Wafer breakage detection "on the flight".
Construction
- Modular over-all design with contact surface, robot interface, sensors and optional features.
- Gripper sizes available for standard cell sizes 125 mm and 156 mm.
- Various contact surfaces available (e.g. transparent).
- Integrated pneumatic vacuum generation with high suction rate and controlled air discharge (accessory).
- Low weight plastic components.
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