Seiko Epson Begins Taking Orders for Its First Collaborative Robot, the AX6-A901S

Kyodonewsprwire.jp reported on October 29, 2026, that Seiko Epson had begun taking orders for its first collaborative robot, the AX6-A901S. We have not been able to verify the original information, so please refer to the original source for details.

The AX6-A901S has a maximum payload of 6 kg and an arm length of 900 mm, with an exterior designed for easy cleaning and support for Python and block-based programming. Epson says it will support automation at research facilities and in pharmaceutical, medical device and food manufacturing. Deployment requires risk assessments and safety measures for sharing workspaces with people, in addition to meeting each site’s cleaning requirements.

The AX6-A901S extends technology from Epson’s existing industrial robots to collaborative applications in which people and robots share workspaces. The announcement also presents a configuration that includes the RC-A101 and is designed for mounting on a mobile platform. The product therefore offers an option for systems that combine work and transport, rather than simply adding a standalone arm. However, collaborative operation does not mean that the equipment alone ensures safety; the company also requires risk assessments and safety measures. For programming, Epson offers both the general-purpose language Python and block-based programming. This design provides a way to use existing development skills as well as an option to assemble blocks on screen. How much preparation operators and developers at each site need before putting the robot into practical use will be a factor in adoption decisions. The easy-to-clean exterior is also relevant to the pharmaceutical, medical device and food manufacturing sites the company is targeting, but the exterior design alone does not establish compliance with hygiene standards or specify cleaning procedures. Safety design and cleaning and maintenance requirements need to be checked for each site. Our related article, A precision parts manufacturer in Minowa, Nagano Prefecture, seeks a control design engineer, reported on a control design engineer opening at a precision parts manufacturer. The article did not name the manufacturer and does not substantiate a connection to Epson or the AX6-A901S. The regional job listing cannot be linked to the product’s supply chain or development structure; the two should be treated as separate pieces of information. The broader industry implication is that, in projects that mount a controller on an AGV or AMR and integrate transport processes, connections between equipment and safety design become conditions for deployment, in addition to selecting the robot arm. Epson also cites its experience using robots at its own factories as a strength and presents services that include development environments and deployment support, a selling point distinct from hardware sales alone. However, the order-opening announcement does not provide details on sales volume, operating results, the specific tasks for which the robot can be used, pricing or post-deployment support. Further questions include how safety measures for collaborative operation will be incorporated into systems, which control functions are available in the Python and block-based environments, and what conditions are required to work with transport equipment.