SIASUN Mobile Manipulator Robot (Mobile Manipulator Robot)

In most factories the parts already travel on their own. Tuggers, AGVs and conveyors bring a full trolley to the machine, and then a person still steps in to lift each workpiece into the fixture and take the finished one out again. The SIASUN Mobile Manipulator Robot (Mobile Manipulator Robot) is aimed squarely at that last metre. It places an industrial robotic arm on an autonomous mobile base, so the machine that delivers the material is also the machine that loads it, picks it and sorts it, with no hand-over in between.

Robots Europa, based in Dublin, supplies the SIASUN Mobile Manipulator Robot to industrial customers across the European Union and the DACH region. We prepare each quotation around the arm version, the navigation set-up and the environment in which the robot will operate, and Robots Europa remains your point of contact for delivery, commissioning questions and support once the robot is working on your site.

Background

SIASUN: robot arms and AGVs under one roof

SIASUN is a robotics manufacturer that has long worked on two fronts at once: industrial robot arms on one side, automated guided vehicles on the other. For years these two families have usually been bought separately and integrated by a third party, with the arm bolted into a fixed cell and the vehicle confined to moving loads between cells. The SIASUN Mobile Manipulator Robot brings the two lines of expertise together in a single intelligent solution, designed by the same manufacturer from the outset. The intention is straightforward: to reduce manual handling and the physical strain it places on operators, while keeping the flexibility that a fixed robot cell cannot offer.

Because the platform and the arm come from one source, the robot is conceived as one machine rather than as two products sharing a footprint. That matters on the shop floor, where responsibility for safety, navigation and manipulation is easier to manage when it does not fall between two suppliers.

Vision and navigation working together

The central technical idea is the fusion of vision and navigation for precision work. Autonomous navigation brings the base to the workstation; vision then supports the arm in locating the workpiece accurately at the point of pick or placement. Navigation combines SLAM with QR CODE markers, which gives the robot a map-based method for moving through open areas and a marker-based reference where repeatable positioning is wanted. The result is an all-in-one capability covering transport, sorting and loading or unloading, built on a flexible design concept intended for the changing requirements of modern industrial intralogistics.

Technical Specifications

Specifications are as published by the manufacturer and are confirmed against the datasheet at quotation.

The manufacturer has not published the overall dimensions, the robot weight, the battery capacity, the runtime, the travel speed, the IP rating, the arm reach, the power supply, the package contents or the communication interfaces; these are confirmed at quotation.

How precise is the SIASUN Mobile Manipulator Robot at the workpiece?

Two accuracy figures describe this robot, and the difference between them is the most instructive part of the specification. The mobile base parks to within ±10 mm and ±1°. For a vehicle travelling through a working hall, that is a respectable figure, but on its own it would not be tight enough to place a part into a machine fixture. The end-effector, however, reaches an overall accuracy of ±0.5 mm.

The gap between those two numbers is where the vision and navigation fusion earns its place. The base gets the arm into the right neighbourhood; the perception system then supports the arm in working precisely relative to the workpiece rather than relative to where the vehicle happened to stop. For buyers, this means the robot is suited to precision work such as feeding and unloading machines, not only to moving totes from one point to another.

It is still sensible to treat the end-effector figure as the one that governs your process design. If a fixture or a part requires tighter tolerances than ±0.5 mm, that is a conversation to have early, together with the details of your workpieces and stations.

Which arm should I choose: GCR10, GCR14 or GCR20?

The robot is offered with three collaborative arms, and the choice is essentially one of end-effector payload. The GCR10 arm handles up to 10 kg at the end-effector, the GCR14 arm up to 14 kg and the GCR20 arm up to 20 kg. Alongside the arm, the mobile platform carries up to 670 kg, so the base can transport a substantial load of parts, trays or fixtures while the arm handles them individually.

When sizing the arm, remember that the end-effector payload has to cover the gripper or tool as well as the workpiece. A part that weighs comfortably under 10 kg may still call for the GCR14 or GCR20 arm once a heavier gripper is added. Station layout and the distances the arm must cover are also worth reviewing with us before you settle on a version.

Who is the SIASUN Mobile Manipulator Robot for?

The first group is manufacturers running machine tools, presses or test stations where an operator spends much of the shift walking between machines to load and unload parts. Here the robot replaces a repetitive, physically demanding task while staying free to move between several stations rather than being dedicated to one.

The second group is intralogistics and production-logistics teams who already use AGVs or AMRs for transport and want to extend automation into the handling step at the destination. The combination of a platform payload of 670 kg and an onboard arm makes the robot a natural candidate where both transport and sorting are part of the same flow.

The third group consists of operators of sensitive or demanding environments. The robot supports cleanroom, explosion-proof and hazardous use, which is relevant to electronics, pharmaceutical, chemical and similar sites where keeping people away from the work area is a goal in itself. The configuration for such environments is planned together with your site requirements.

Buyers whose main requirement is moving very heavy loads, rather than handling individual parts, may find a better match among the transport-focused platforms in our Mobile Robots category, while those comparing a wider range of automation for the production floor can browse our Factory Robots category.

What is the SIASUN Mobile Manipulator Robot used for?

1. Machine feeding: bringing blanks to a machine and placing them into the fixture without an operator in the loop.
2. Unloading finished parts: removing completed workpieces from machines and stowing them on the platform for onward transport.
3. Sorting: picking mixed items and separating them into the right trays or containers as part of one handling cycle.
4. Station-to-station transport: carrying parts, trays or fixtures between workstations on the mobile platform.
5. Cleanroom handling: moving and handling material in controlled environments where human traffic is kept to a minimum.
6. Hazardous areas: handling tasks in explosion-proof and hazardous settings, keeping personnel out of exposed zones.

Pricing and Availability

The SIASUN Mobile Manipulator Robot is supplied on quotation, because the right offer depends on the arm version, the navigation set-up, the safety configuration and the environment in which the robot will work. Robots Europa reviews your application with you and prepares a written proposal. Delivery, customs and support are arranged together with the quotation, so the terms you receive cover the whole path from order to operation. To begin, send us a short description of your workpieces, stations and site conditions using the quotation request available on this page.

Frequently Asked Questions

How does the SIASUN Mobile Manipulator Robot navigate?

It uses SLAM & QR CODE navigation. SLAM provides map-based navigation through the working area, while QR CODE markers offer fixed reference points where repeatable positioning is needed.

How much can the robot carry?

The mobile platform carries up to 670 kg. The arm's end-effector payload depends on the version: 10 kg with the GCR10 arm, 14 kg with the GCR14 arm and 20 kg with the GCR20 arm.

How accurate is it?

The base parks to within ±10 mm / ±1°, and the end-effector achieves an overall accuracy of ±0.5 mm. The vision and navigation fusion is what allows precision work at the workpiece.

What safety devices are fitted?

The robot is fitted with collision detection, a safety edge, obstacle-avoidance LiDAR and an E-stop, among other devices. Together they protect people and equipment while the robot moves and works.

Can it be used in cleanrooms or hazardous areas?

Yes, the robot supports cleanroom, explosion-proof and hazardous use. That makes it suitable for sites where people are kept away from the work area.

What can the robot do in a single cycle?

It combines transport, sorting and loading or unloading. One robot can collect material, carry it to a station and handle the parts there.

Where can I buy the SIASUN Mobile Manipulator Robot and what does it cost?

You can buy it from Robots Europa, which supplies customers across the EU and the DACH region from Dublin. The cost depends on the arm version and configuration, so we provide it in a tailored quotation rather than as a fixed price.

Summary

The SIASUN Mobile Manipulator Robot closes the gap that conventional automation tends to leave open: the moment when material has arrived at the machine but still needs a pair of hands to load it. By combining SIASUN's robot and AGV expertise, it carries up to 670 kg on its platform, navigates by SLAM & QR CODE, and lets its GCR10, GCR14 or GCR20 arm place workpieces to within ±0.5 mm with the support of vision and navigation fusion. Safety devices and support for cleanroom, explosion-proof and hazardous use widen the range of sites where that last metre can be automated. If you are ready to take the hand-over out of your material flow, this page is the starting point.