1. High-Speed Electronic Component Pick-and-Place
Utilized in Surface Mount Technology (SMT) and PCB assembly lines to rapidly pick, transfer, and accurately position small, lightweight microchips and delicate electronic components using custom 3D-printed or machined micro-fingers.
Problem SolvedSolves the challenge of maintaining high-speed automated throughput without overloading fast-moving delta robots, while delivering the sub-millimeter placement accuracy required for modern microelectronics assembly.
Product weight 11 gMax. operating frequency of gripper 4 HzRepetition accuracy, gripper ≤0.05 mmMode of operation Single-acting OpenStroke per gripper jaws 2 mm
2. Automated Micro-Vial Handling in Laboratory Diagnostics
Deployed in automated liquid handling systems or diagnostic sorting machines to grip and transfer small-diameter micro-vials, pipettes, or test tubes between testing and incubation stations.
Problem SolvedEliminates the risk of crushing fragile glass or plastic labware during automated transfers by providing a highly controlled, low-force grip with minimal jaw backlash, ensuring sample integrity and cleanroom compatibility.
Gripper force per gripper jaw, closing, 0.6 MPa (6 bar, 87 psi) 8 NNote on materials RoHS-compliantMaterial housing Anodised wrought aluminium alloyMax. gripper jaw backlash Sz <0.03 mmPneumatic connection M3
3. Micro-Mechanical Watch Gear and Shaft Assembly
Integrated into precision micro-assembly robotic cells to handle, align, and insert tiny mechanical gears, springs, and shafts for watchmaking, optical devices, or micro-motor manufacturing.
Problem SolvedOvercomes the difficulty of reliably grasping sub-centimeter metallic parts with extremely tight engineering tolerances, preventing angular deviation or jamming during the precision insertion processes.
Max. angular gripper jaw backlash ax, ay <0.5 degMax. mass per external gripper finger 5 gMaterial gripper jaws High-alloy steelMin. closing time at 0.6 MPa (6 bar, 87 psi) 2.3 msDesign Wedge-shaped drive
