• Stainless steel gripper & linear ball guide design, high precision, good rigidity,good corrosion resistance for longer life spans. • Double piston structure design can provide bigger clamping force. • The bottom of the body is equipped with positioning pin holes to effectively enhance the installation accuracy and improve the consistency of repeated disassembly and positioning. • The Gripper can be installed from four directions freely. • ompared with the parallel air gripper with the same clamping force, this thin body design reduces the overall height by 50%, which effectively reduces the installation space and shaking torque, reduces the deviation, and improves the accuracy. • The body is designed with a buried induction switch slot to reduce the space. • All series are with magnetic.

• Products using multistage vacuum tube, engraved widely used in many industries. • High vacuum flow rate and short corresponding time. • Rich number of vacuum interfaces, more convenient application. eBuilt-in silencer structure, excellent noise reduction performance.

● The product adopts multistage vacuum tube, can be widely used in a variety of industries. ● High vacuum flow rate and short response time. ● Centralized air supply, solenoid valve air supply, failure control mode. ● With external silencer, excellent noise reduction performance.

• The gripper opening or closing can be precisely synchronized with the rack & pinion mechanism； • Two round and two square Slots on the barrel, Multiple magnet switch are available； • Multiple bore size and stroke are available； • Double pistons design to increase the clamping force； • Multiple options for installing and fixing； • Convenience to mount workpiece； • Long finger stroke, suitable for gripping large objects； • .Magnet is included in the standard configuration.

• Products using multistage vacuum tube, engraved widely used in many industries. • Rich choice of vacuum degree.so it can cope with a variety of working conditions. • Small size, light weight, but with large vacuum flow.