Products

HML vacuum modular kit is easy to install and accommodates up to 16 vacuum cups. U-shaped aluminum framing profiles are lightweight and robust. Selection of 2 size center framing profiles and 2 size cup-mount profile enable flexible size of frame work for your vacuum applications.

This trial kit makes possible from the initial suction test to installation on EOAT (End of Arm Tooling). Necessary parts come in a set. 3 types of construction members (Vacuum pad accessories, Aluminum frame, Vacuum generator, Air piping fitting) for suction test are available according to the application.

Our range of Mounting Flanges for EOAT are designed for direct-mounted vacuum cups, spring level compensators, low dust emission spring level compensators, angular grippers and parallel grippers.

A vacuum generator with multiple vacuum ports for direct mounting on a robotic arm. Blow-off function is incorporated and it contributes to less I/O port

Unitized pneumatic equipment necessary for suction conveyance by Vacuum Pad and grip conveyance by Gripper. Eliminating the need to select the necessary equipment on the pneumatic circuit. Reducing the labor of piping and installation between equipment.

Filter is integrated. Prevents the vacuum system from dust. Lightweight. Main body is made of aluminum. Easy to handle a disk with a center hole. Multiple vacuum cups make the posture of workpiece stable. Using 3 or 4 vacuum cups prevents the workpiece from swinging and dropping off

Compact body. Can be installed in a small space. High gripping force is realized thanks to the wedge cam mechanism by large round shape piston drive. High repeat accuracy: ±0.01mm Sensor switch and EOAT (End of Arm Tooling) mounting flange (non-standard item) are prepared. (sold separately) Direct piping is available suitable for EOAT (End of Arm Tooling). No screw connection from the top of the gripper is required for air supply.

Vacuum generator, air supply/blow-off solenoid valve and vacuum switch modules can be combined depending on vacuum system