Blog

Small parts can bring big challenges to automation. When handling olive oil caps, traditional rigid grippers may struggle with unstable gripping, excessive clamping force, and part deformation. The soft gripper matrix provides adaptive and gentle contact, enabling stable multi-cap picking while reducing the risk of damage. A flexible solution for food packaging automation and small component handling.

Soft Robotic Gripper for Internal Picking of Plastic Camera Frames

Why Vacuum Cups Struggle with Instant Noodle Packaging—and How Soft Robotic Grippers Solve It

Discover how soft robotic grippers automate beef jerky sorting and packaging with gentle handling, adaptive gripping, and food-grade materials. Improve efficiency while reducing product damage.

Discover how a soft robotic gripper transfers four metal smartphone frames from trays to fixtures simultaneously. Achieve scratch-free handling, stable gripping, and higher production efficiency in automated electronics manufacturing.

Discover how a soft robotic gripper safely handles 28–38 mm butter cookie balls without damage. Learn how Soft Wings and PTFE finger sleeves eliminate slipping for reliable bakery 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

Discover how a custom 3D contour module combined with a soft gripper enables stable internal gripping of two PCB rings simultaneously, solving a challenging PCB handling automation application

Discover how a flexible robotic gripper picks individual metal washers from trays and places them into fixtures while handling five different washer sizes with a single end effector

Automate shumai handling with a soft robotic gripper. Achieve stable gripping at 80 picks per minute while protecting delicate exposed fillings and improving food production efficiency

Discover a flexible gripping solution for garment semi-finished products and shoe uppers. Quickly validate fabric handling and layer separation applications with a plug-and-play soft gripper starter kit for textile automation

This case involves automated gripping of oil seals (Φ43 / Φ44) with a requirement of ≥30 pcs per cycle. Traditional pneumatic and rigid gripping methods caused part dropping due to demolding vacuum forces and left visible marks on the rubber surface. A soft gripper solution was introduced to provide distributed, compliant contact force. It improves stability during high-temperature demolding, prevents surface damage, reduces dropping, and supports high-speed batch handling with dual-size compatibility.