Epson's Scara robot can easily connect an additional 7th axis (travel axis)! Igus's linear actuator significantly expands the robot's range of motion.
By adding igus's linear actuator as the seventh axis (travel axis), you can easily expand the workspace and range of motion of Epson's SCARA robots and other collaborative robots. The igus linear actuator "drylin ZLW (timing belt drive)" is based on igus's linear guide "drylin," which slides on resin bearings. It can be used in a hygienic manner without the need for lubrication or oiling.
Inquire About This Product
Related Videos
basic information
Linear actuator for the 7th axis (travel axis) of the basic information robot 【Connection with EPSON robots】 - Compatible with EPSON SCARA T3, EPSON SCARA T6, and EPSON ProSix VT6-901S (with compatible mounting holes) - Stroke length up to 3000mm - Drive method: NEMA23XL stepping motor (with 5:1 gearbox) - Can be integrated into the EPSON robot interface If you are considering connections with other robots, please feel free to consult us.
Price range
Delivery Time
Applications/Examples of results
You can use the Epson Scara robot anywhere if you want to expand its range of motion.
catalog（4）
Download All Catalogs
Company information
Igus is a machinery manufacturer that develops and produces high-performance plastic products for use in moving parts. It is headquartered in Cologne, Germany. Since 1964, the company has been engaged in the development and manufacturing of innovative products using lubrication-free plastics (motion plastics). Motion plastics products include energy chains, cables, plain bearings, lead screw technology, robots, and intelligent sensors, contributing to our customers' technological advancements and cost reductions. Most of our products are manufactured through injection molding, and the name Igus (igus) is derived from Industriespritzguss (industrial injection molding).
![Teaching of industrial robots [Active in multiple fields]](https://image.mono.ipros.com/public/product/image/b7e/2000821809/IPROS40134880784462996365.jpeg?w=280&h=280)