0 0 Pressure dispersion in height direction Pressure dispersion in diameter direction Conventional SMC cyclone method Non-contact gripper Large vacuum area, even pressure dispersion Small vacuum area, higher vacuum in the central part Supply port Workpiece Outer body diameter (mm) o20 o40 o60 o80 o100 Air consumption [L/min (ANR)] 77 148 148 148 258 Lifting force (N) 4.3 14 21 26 44 Supply pressure: 0.4 MPa �� Cyclone Type Original groove-channel design allows cyclone effect with large suction area and even pressure dispersion! !Various workpiece suction methods are available. !Grease-free !Can be disassembled and cleaned the inside. !Made to Order With urethane pad* (-X207) !Mitigation of impacts and prevention of damage during lifting !No need to install a guide * Except o20 With multi-port (-X211) The presence of a workpiece can be checked by installing a sensor. Urethane pad Pressure sensor Series PSE540 Flow sensor Series PFMV For the method of selecting and using a sensor, refer to the operation manual. Nozzle Permeable workpieces, etc. Through hole board, etc. Workpiece in a packet Recommended sensor Thickness of workpiece (μm) 300 Working Air is discharged in the whirling direction. Principle Refer to page 8. Air from the supply port is blown off from the nozzle on the concave suction surface side, creating a whirlwind flow. The whirlwind flow is discharged to the atmosphere from the gap between the non-contact gripper and the workpiece. As a result, a vacuum zone is created inside the spiral flow due to the cyclone effect, enabling the workpiece to be lifted without physical contact. The action of the centrifugal force of the spiral flow allows a greater lifting force to be generated. !Cyclone Type Air supply port Multi-port High lift Low air consumption Body material: Al 1 Series XT661 A