Used SHIBUYA EH 170 #9378872 for sale

SHIBUYA EH 170 is an automated manipulator robot designed for a variety of industrial and manufacturing applications. It is a high-performance robotic handling solution for a variety of industrial use cases. EH 170 is a six-axis robotic handler, meaning it can move in all three axes—gripping, orienting, and positioning. This mechanism enables it to handle a broad range of payloads in a variety of orientations and positions. The robot is equipped with a powerful servo equipment, allowing for rapid and accurate operation with repeatability rates of up to 0.5mm. The robot has a telescopic arm and a wrist mounted with multiple axes. The arm joint range of motion is 170 degrees, while the wrist joint range is 180 degrees. The robot is outfitted with a spindle that can rotate up to 3000 RPM. It also features an equipment basket for user-defined end-effectors and other hardware. This handler is ideal for use in confined workspaces. Its arm design aids in the efficient use of space, providing greater levels of safety when operating its systems. The manipulator robot is also capable of accessing hard-to-reach spots, as well as providing accurate placement and positioning. In terms of safety, SHIBUYA EH 170 is designed to adhere to all necessary safety standards for robotic system operation. It has a speed and guard operation unit as well as an overload and torque control machine. The arm also has pressure and force sensing abilities to localize any risk of damage from collision. This handler robot is also highly customizable and offers a wide variety of end-effectors and other accessories. These accessories enable users to tailor EH 170 to specific applications, including part handling in assembly stages, part loading and unloading operations, material transportation, CNC machine tools, and more. Overall, SHIBUYA EH 170 is a great choice for industrial applications that require an automated, high-precision manipulator robot. It is a powerful robotic handling solution designed to help users quickly and accurately execute tasks, providing increased efficiency and safety in the process.