Hi More Robot

Improved structural design leads to greatly reduced weight. 20KG lighter than THS series And more lightweight than HX series by around 10KG On structure weight reduction, motors inside can work at lower load for a longer lifespan.

Document management system installed for effective management of arm tooling. Free encoding functions / 3D display showing parameters for the programmed stacking motion User-friendly encoding Built-in PLC software (Ladder diagram) An easy-to-use teach pendant

Document management system installed for effective management of arm tooling Free encoding functions / 3D display showing parameters for the programmed stacking motion User-friendly encoding Built-in PLC software (Ladder diagram) An easy-to-use teach pendant

Document management system installed for effective management of arm tooling Free encoding functions / 3D display showing parameters for the programmed stacking motion User-friendly encoding Built-in PLC software (from Ladder Software) / an easy-to-use teach pendant

Document management system installed for effective management of arm tooling Free encoding functions / 3D display showing parameters for the programmed stacking motion User-friendly encoding Built-in PLC software (from Ladder Software) / an easy-to-use teach pendant

Document management system installed for effective management of arm tooling Free encoding functions / 3D display showing parameters for the programmed stacking motion User-friendly encoding Built-in PLC software (LADDER logics) An easy-to-use teach pendant

Document management system installed for effective management of arm tooling Free encoding functions / 3D display showing parameters for the programmed stacking motion User-friendly encoding Built-in PLC software (LADDER logics) An easy-to-use teach pendant

Document management system installed for effective management of arm tooling Free encoding functions / 3D display showing parameters for the programmed stacking motion User-friendly encoding Built-in PLC software (LADDER logics) An easy-to-use teach pendant

Document management system installed for effective management of arm tooling Free encoding functions / 3D display showing parameters for the programmed stacking motion User-friendly encoding Built-in PLC software (LADDER logics) An easy-to-use teach pendant

Document management system installed for effective management of arm tooling Free encoding functions / 3D display showing parameters for the programmed stacking motion User-friendly encoding Built-in PLC software (LADDER diagram) An easy-to-use teach pendant

Optimally engineered structural design allows effortless adjustment of gripping orientation. An easy and quick tip for changing the orientations: using a 17mm wrench to remove and install fixing nuts by turning them 50-90 degrees once, after the gripper is moved to a desired position. The gripper rotates 50-90 degrees. A paired controller (CD-EMI) offers easy operation. An easy job as well, changing programmed robot motions can be completed only with 3-5 keys on the on-screen keyboard. With 15 timing modules, accurate and precise motion planning is made possible. Control parameters can be tuned during the programmed motion and without the need for shutting down the robot.

Servo motor controlled, side-entry robot, best accessor of rapid molding. Two axis servo motor. Bearing linear guide system, more stable and durable.

Optimally engineered structural design allows effortless adjustment of gripping orientation. An easy and quick tip for changing the orientations: using a 17mm wrench to remove and install fixing nuts by turning them 50-90 degrees once, after the gripper is moved to a desired position.

Optimally engineered structural design allows effortless adjustment of gripping orientation. An easy and quick tip for changing the orientations: using a 17mm wrench to remove and install fixing nuts by turning them 50-90 degrees once, after the gripper is moved to a desired position.

A side entry robot controlled by servo motors, UZSH series is an ideal solution to ultra high-speed injection molding. Lateral movement and gripping motion are driven by servo motors. Adoption of precision linear guides adds to robots operational stability and durability. Use of exquisitely molded parts gives a sleek look to the robot and imparts it great accuracy and smooth movement.