Blog #soft gripper

A soft robotic gripper solution for handling spiky and delicate objects. By combining a flexible soft gripper with a Soft Wing attachment, the system achieves gentle, adaptive grasping while reducing deformation and surface damage, making it ideal for fragile object handling in industrial automation

Improve composite battery circuit board handling with a soft robotic gripper. Replace unreliable vacuum suction for stable multi-piece conveyor picking and tray loading

Application of soft gripper in picking hearing aid and earphone components from foam-lined trays. Addressing issues such as inconsistent manual loading, random position deviation, and parts embedded in foam inserts, the soft gripper enables stable and damage-free picking within an effective gripping depth of approximately 10 mm. It is compatible with various types of precision electronic components, improving the stability and reliability of the front-end process in automated vision inspection systems.

Discover a soft gripper solution for handling lipstick tubes with diameters from 12.3–24mm and surface temperatures of 40–60°C, ensuring stable, damage-free automation.

Soft grippers enable precise and gentle fabric layer separation in automation processes. Unlike rigid grippers, they adapt to soft and delicate materials, ensuring single-layer picking without damage, improving efficiency in textile manufacturing, garment production, and automated material handling

A soft gripper-based automation solution designed for fragile eyeglass lens handling, enabling side-edge gripping without surface contact during tray unloading, electrostatic dust removal transfer, and reloading. With precise force control down to 0.1N and a flexible soft wing structure, it prevents scratches, contamination, and coating damage while improving efficiency in compact production layouts.

Discover how soft grippers combined with 3D-printed modules create flexible, cost-effective automation solutions for non-standard industrial applications.

Handling ice cream cones reliably is challenging for vacuum systems. Learn how a soft gripper improves stability and efficiency on automated lines

An engineering case study on handling metal springs using a customized soft gripper combined with a vibratory feeder. Discover how adaptive gripping and targeted modifications improve stability, prevent deformation, and enhance automation efficiency.

Discover how a soft gripper spider hand replaced manual tray loading for tiny quick-change parts, improving speed, accuracy, and production efficiency.

Soft gripper solution for leafy greens automation: testing baby bok choy (small green vegetables) for stable, damage-free robotic harvesting and picking. Learn how soft robotics improves fragile produce handling in food automation.