Check out the ultra-compact slider type gripper, RCD-GRSNA!
Achieving High-speed Opening/Closing and High Gripping Force, the ROBO Cylinder® Vertical Gripper Lineup
1. Slider Type and Lever Type
2. Supporting Multi-point Positioning, Adjustable Gripping Force
3. Highly Rigid, Accurate Guide and Driving Part
4. Self-locking Mechanism to Prevent the Work Part from Dropping upon Power Off
New Products Released !
Introducing the Cost-effective Pulse Motor Type IXP to the IX Series of SCARA Robots and the MSEL program controllers
1. Due to pulse motors, the IXP costs around 1/2 a conventional model
2. All models come standard with battery-less absolute encoders
3. The robot weights approx. 30% less than a conventional model
4. Added 3-axis specification and 4-axis gripper specification
Latest Additions — High Torque Type, Large Hollow Bore Type, High Resolution Type !
The Direct Drive Motor is a rotary actuator that directly drives a rotary table with a motor without using any speed reducing mechanism such as a belt or reduction gears. Eliminating the speed reducing mechanism explains why high speed and excellent response can be attained with such a compact frame.
1. High Speed, High Acceleration/Deceleration, High Payload
2. Index Absolute Type or Multi-rotation Absolute Type Can be Selected
New Product Released !
RCP5 ROBO Cylinder® with Battery-less Absolute Encoder as Standard Equipment
The RCP5 series actuator with battery-less absolute encoder, realizing the convenience of an absolute encoder along with the cost and simplicity of an incremental encoder
The battery-less absolute encoder is an innovative encoder requiring no hassle or cost of battery replacement or adjustment associated therewith (patent pending), as rotational position data is recognized by a combination of gears to make the battery, which has been a required component of any traditional absolute encoder, no longer necessary. This encoder is ideal for the automobile industry and other production facilities where many absolute type actuators are used.