Grabit Inc.

Material Handling & Storage

Robotic Grippers leverage electro-adhesion technology.

Eliminating need for vacuum pumps or custom mechanical gripper attachments, P-Series (Panel-Series) Grippers use flexible, ultra-low energy (1–10 W) electroadhesion technology that enables scratch- and smudge-free handling on glass and other delicate surfaces. Grippers also- allow de-stacking and manipulation of single layers of fabric, apparel, composite fibers, wire grids, and mesh. Uses...

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Material Handling & Storage

Robotic Grippers leverage electro-adhesion technology.

Eliminating need for vacuum pumps or custom mechanical gripper attachments, P-Series (Panel-Series) Grippers use flexible, ultra-low energy (1–10 W) electroadhesion technology that enables scratch- and smudge-free handling on glass and other delicate surfaces. Grippers alsoÂ- allow de-stacking and manipulation of single layers of fabric, apparel, composite fibers, wire grids, and mesh. Uses...

Read More »
Material Handling & Storage

Grabit Inc. Announces Partnership with Shirai Electronics for Printed Circuit Board (PCB) Handling

Shirai to offer Grabit's electroadhesion grippers for inspection systems and PCB loading applications SANTA CLARA, Calif. and KYOTO, Japan - Shirai Electronics, a leading supplier of inspection and handling systems for the printed wiring board (PWB) manufacturing industry, and Grabit Inc., an industrial automation and material handling solutions company, are announcing the launch of...

Read More »
Material Handling & Storage

Grabit Inc. Announces Partnership with Shirai Electronics for Printed Circuit Board (PCB) Handling

Shirai to offer Grabit's electroadhesion grippers for inspection systems and PCB loading applications SANTA CLARA, Calif. and KYOTO, Japan - Shirai Electronics, a leading supplier of inspection and handling systems for the printed wiring board (PWB) manufacturing industry, and Grabit Inc., an industrial automation and material handling solutions company, are announcing the launch of...

Read More »
Material Handling & Storage

Robotic Grippers leverage electro-adhesion technology.

Eliminating need for vacuum pumps or custom mechanical gripper attachments, P-Series (Panel-Series) Grippers use flexible, ultra-low energy (1–10 W) electroadhesion technology that enables scratch- and smudge-free handling on glass and other delicate surfaces. Grippers also- allow de-stacking and manipulation of single layers of fabric, apparel, composite fibers, wire grids, and mesh. Uses...

Read More »
Material Handling & Storage

Robotic Grippers leverage electro-adhesion technology.

Eliminating need for vacuum pumps or custom mechanical gripper attachments, P-Series (Panel-Series) Grippers use flexible, ultra-low energy (1–10 W) electroadhesion technology that enables scratch- and smudge-free handling on glass and other delicate surfaces. Grippers alsoÂ- allow de-stacking and manipulation of single layers of fabric, apparel, composite fibers, wire grids, and mesh. Uses...

Read More »
Material Handling & Storage

Grabit Inc. Announces Partnership with Shirai Electronics for Printed Circuit Board (PCB) Handling

Shirai to offer Grabit's electroadhesion grippers for inspection systems and PCB loading applications SANTA CLARA, Calif. and KYOTO, Japan - Shirai Electronics, a leading supplier of inspection and handling systems for the printed wiring board (PWB) manufacturing industry, and Grabit Inc., an industrial automation and material handling solutions company, are announcing the launch of...

Read More »
Material Handling & Storage

Grabit Inc. Announces Partnership with Shirai Electronics for Printed Circuit Board (PCB) Handling

Shirai to offer Grabit's electroadhesion grippers for inspection systems and PCB loading applications SANTA CLARA, Calif. and KYOTO, Japan - Shirai Electronics, a leading supplier of inspection and handling systems for the printed wiring board (PWB) manufacturing industry, and Grabit Inc., an industrial automation and material handling solutions company, are announcing the launch of...

Read More »

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