The Mechanism of the Bernoulli Type End-Effector
Air entered from the supply port generates the Cyclone effect.
Supply air is discharged to the atmosphere between the suction surface and the wafer.
As a result, an air layer is generated between the cyclone pad and the wafer, which enables to lift the wafer without contact.
Characteristics
Bernoulli pad type or Cyclone pad type is selectable depending on the wafer condition.
Bernoulli pad type
- Low cost end-effector for thin or warped wafers
- Capable to handle various sizes or types of wafers
- Wafers can be lifted with low stress to minimize damage
- Thickness of the end-effector can be reduced
Cyclone pad type
- Cyclone pads (Dia: 25mm; Thickness: 2.5mm) are used
- Capable to handle various sizes or types of wafers, and available for the Bernoulli type aligner
- Stronger holding of wafers compared to the Bernoulli type end-effector
Model
Click the product name or image below to go to the product page.
| Bernoulli Type End-Effector (Contact type) | Bernoulli Type End-Effector (Non-contact type) |
|---|---|
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| Bernoulli Hand（BRP-01, BRP-02） | |
 ・The image above is of BRP-01 |
Feel free to contact us for custom design.