Product name | Robo GunⅢ | |||
---|---|---|---|---|
Model | EAB400 | |||
Max. fluid pressure | 0.6MPa | |||
Max. air pressure | 0.6MPa | |||
Highest applied voltage | DC-60kV | |||
Dimensions (φ×L) | φ75×239mm | |||
Mass | 1.4kg | |||
Air cap set | Select from HN400, HN600, HN800(sold separately) | |||
Fluid outlet diameter | Our company exclusive paint hose (sold separately) | |||
Air hatch | φ8 to φ6mm, φ6 to φ4mm | |||
Electrostatic Controller | BPS260 (sold separately) | |||
Structure/features | For solvent paint For robot attachment (embedded trigger valve x 1) |
PRODUCTS
High-quality finish
New nozzle design provides consistent spray pattern for a beautiful finish, using less paint.
Ample variations
Three types of air caps to choose from for specific paints and jobs, to meet a wide range of coating conditions.
Compact, light-weight design
Compact, high-voltage generator and light-weight design perfect for robot attachment.
High reliability
Body crafted with special resin for remarkable, high-intensity electrical properties and improved reliability.
Compatibility
Features same tool dimensions as former EAB90 model, allowing you to utilize former robot teaching when changing
out equipment.
Note) Make sure to purchase air cap set, paint hatch hose, and electrostatic controller separately.
No.418
Aug., 2022
Electrostatic and Robotic coating of Optical, Medical and Communication Equipment
- Used paint:
- Solvent paint
Learn more
Introduction : The company involves the coating of medical / communications equipment, primarily optical equipment such as cameras. Previously, all non-optical instruments were coated manually, leading to limited productivity. To address this issue, the latest system has been introduced, incorporating robotic assistance.
Benefits : The implementation of the new system resulted in a significant productivity increase, allowing for the coating of 150 to 200 units daily, compared to the previous limitation of 50 units. Robotic assistance has relieved workers of burdensome tasks, such as pre-correction, leading to a reduction in paint usage by approximately 25% per piece compared to manual spraying.
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