Epson Robots: AX6 Cobot, SCARA Arms, Pricing and Alternatives

What Epson Builds

Epson sells robot arms and the equipment that sits around them in a production cell. SCARA robots are the core of the range. A SCARA arm moves quickly across a flat horizontal plane, which suits pick-and-place and small-part assembly at a bench or conveyor. The claim to be the top SCARA maker worldwide comes from Epson itself. If market share affects your decision, ask Epson what data supports it. The AX6 extends Epson into collaborative work. It is a 6-axis arm with power- and force-limiting, so it can share space with people where a risk assessment allows it. Six axes let the arm reach around parts and tilt its tool, which a SCARA arm cannot do. Epson also sells machine vision and parts feeding, and it demonstrates both running with its robots. Buying all three from Epson puts one supplier in charge of how the camera, feeder and arm work together. Epson has not published a public price list for its arms. Industrial robots are typically quoted per project. Ask Epson whether you buy direct or through a system integrator in your region, because that decides who supports the cell after installation.

Epson Robots and Models

These are the Epson models a buyer is most likely to be evaluating, and what each one actually does.

• AX6 Collaborative 6-Axis Robot — The AX6 is Epson's first collaborative robot, a 6-axis arm built to work near people. Epson describes it as lightweight with a compact footprint, so it fits a crowded bench or moves between stations. No-code software lets a technician set up a task without writing robot code. Power- and force-limiting caps the force the arm applies on contact. Flexible end-of-arm options let one arm swap grippers between jobs. Epson's announcement gives no payload, reach or repeatability figures.
• SCARA Robots — SCARA robots are Epson's main product line and the basis of its claim to be the largest SCARA maker worldwide. A SCARA arm moves fast in a horizontal plane, which suits pick-and-place, screw driving and small-part assembly on a flat work surface. Epson's AX6 announcement does not list individual SCARA models, payloads or reaches. Check the current range on epsonrobots.com, then match reach and payload to your part and fixture layout before you request a quote.
• SafeSense Technology — SafeSense is an Epson safety technology that Epson offers alongside the AX6 as another way to meet different safety requirements. Epson says it gives manufacturers more options to match safety to the job. Its announcement does not explain how SafeSense works or which robots support it, so treat the details as unconfirmed. Ask Epson what SafeSense senses, which arms it runs on, and which safety standards it has been assessed against. Those answers tell you whether it can replace a guard in your cell.
• Vision and Parts-Feeding Products — Epson sells vision and parts-feeding products and demonstrates them integrated with its robots. A vision system finds each part's position, so the arm can pick parts that are not held in a fixture. A feeder spreads loose parts where the camera and robot can reach them. Epson has not named specific vision or feeder models in its AX6 announcement. Ask which products have been tested with the arm you plan to buy, and who supports the combined cell.

Epson Pricing and Availability

Epson has not published a price for the AX6 or a public price list for its SCARA arms. Its announcement places the AX6 in Epson's portfolio and shows it running in live demonstrations. It does not give a ship date, lead time or list of sales regions, so confirm all three with Epson before you plan a budget around the AX6. The arm price is one line on a robot cell quote. A gripper or tool changer, a camera and a parts feeder each add hardware cost. Integration labor covers mounting, programming and connecting the cell to your line controls. Safety work adds engineering time. A risk assessment against the International Organization for Standardization (ISO) standards ISO/TS 15066 and ISO 10218 can also add guarding if a task fails the collaborative check. Epson has not stated whether it offers leasing or subscription terms. Ask for a quote that separates the arm, tooling, software licenses, training and a service contract. That lets you compare the Epson quote line by line with one from FANUC or ABB. Also ask how far the nearest service technician and spare-parts stock sit from your plant.

Who Epson Robots Are For

The AX6 fits manufacturers doing small-part assembly or handling at a bench, where staff work next to the arm and tasks change often. The no-code software suits teams without a robot programmer on staff. If you already run Epson SCARA arms, the AX6 lets you add a collaborative cell from a supplier you already deal with, which keeps training and service with one company. Epson's vision and feeding products make it a candidate for cells that handle loose parts. A buyer who wants the robot, camera and feeder quoted together has fewer suppliers to coordinate. If you need published payload and reach figures today to size a cell, start with makers that publish full datasheets, such as FANUC or Doosan Robotics. Revisit Epson once the AX6 datasheet is out. For heavy lifting or palletizing, a large industrial arm from KUKA or FANUC is the usual starting point. Buyers who want a long field record should note that the AX6 is Epson's first cobot, so reference installations will be few at first. A published AX6 datasheet showing your payload at your reach, plus reference customers in your industry, would move Epson to the top of the shortlist for existing Epson SCARA users.

• Get the AX6 datasheet in writing before you size a cell. Epson's announcement gives no payload, reach or repeatability figure. Ask for payload at full reach, because your gripper and your heaviest part together must fit under that figure at the farthest point the arm travels.
• Power- and force-limiting does not make an application safe on its own. A sharp gripper or a heavy part can fail a collaborative check. Budget for a risk assessment against ISO/TS 15066 and ISO 10218, and ask Epson which safety certifications the AX6 holds.
• Confirm which grippers and tool changers Epson has tested with the AX6. Epson cites flexible end-of-arm options, but a gripper that needs custom wiring or software adds integration hours. Ask who supports the gripper when it fails: Epson, the gripper maker or your integrator.
• Test the no-code software on your own task during a demo. Find out whether vision, conditional logic and communication with a programmable logic controller (PLC) work in no-code mode or need traditional programming. Also ask whether the same software runs Epson SCARA arms.
• Check the duty cycle against your required cycle time. Collaborative arms often run slower when people are nearby, so time a full cycle at the speed your risk assessment allows. Ask Epson for cycle-time data on a part similar to yours.
• Ask where the nearest Epson service technician and spare-parts stock are, and what response time a service contract guarantees. Because the AX6 is Epson's first cobot, also ask for reference customers and the firmware update policy for early production units.
• Work out payback with your own numbers. Divide total installed cost (arm, tooling, vision, feeder, integration and training) by monthly labor savings to get payback months. Add expected downtime and service contract fees before you compare the result with a rival quote.

Epson Alternatives

Robots and vendors a buyer typically cross-shops against Epson.

• FANUC — FANUC sells collaborative arms alongside a broad range of traditional industrial robots, so one supplier can cover cobots and high-payload arms on the same line. FANUC publishes detailed specifications for its models, which helps when you need to size a cell before requesting a quote. Compare FANUC service coverage near your plant against Epson's.
• ABB — ABB offers collaborative robots in single-arm and dual-arm designs. Its ABB RobotStudio software lets engineers simulate and program a cell offline before buying hardware, which can catch reach and cycle-time problems early. ABB also builds SCARA arms, so it competes with Epson on both the collaborative and SCARA sides.
• KUKA — KUKA builds collaborative arms and a wide range of industrial robots, and its KUKA.Sim software models a cell before installation. KUKA is a common choice in plants that already standardize on its controllers. For small-part bench assembly, compare reach and footprint closely, since Epson's lineup centers on that kind of work.
• Doosan Robotics — Doosan Robotics focuses on collaborative robots and sells several cobot series, including the H-Series, which Doosan positions for heavier payloads. A cobot-focused maker has a longer collaborative product history than Epson, whose first cobot is the AX6. Compare Doosan's published payload and reach figures with the AX6 once Epson releases its datasheet.
• Dobot — Dobot markets collaborative arms and desktop robots, such as the Dobot Magician, to education and light-industry buyers. Its arms can suit a pilot cell where Epson's integrated vision and feeding are more than the job needs. Check Dobot's local service and spare-parts coverage before buying, because support networks vary by region.

Recent news

A dated log of developments, each tied to its primary source.

• 2026-10 — Epson Robots said it will show the AX6, its first collaborative robot, at The ASSEMBLY Show 2026 in Rosemont, Illinois (Oct. 27-29, booth #331), along with live demos of integrated robotics, vision, and feeding systems and its SafeSense technology. The company describes the AX6 as a compact, lightweight 6-axis cobot with power- and force-limiting and no-code programming software. Robotics Tomorrow
• Publication of the AX6 datasheet with payload, reach and repeatability figures
• Epson list pricing, ship dates and the regions where the AX6 is sold and serviced
• Documentation showing how SafeSense works and which Epson robots support it