SIASUN GCR10-1300-W (GCR10-1300-W)

In many fabrication workshops the arc itself is the quick part of the job. What really consumes the day is everything that comes before it: preparing a robot for a new batch, defining the path, checking it and starting again when the drawing changes. The SIASUN GCR10-1300-W (GCR10-1300-W) is designed to reduce that changeover burden. It is a collaborative welding robot from SIASUN DUCO built around graphical interaction and drag teaching, so the operator can show a path to the arm instead of coding it line by line, and it is supplied with a welding process package as standard. For workshops that weld a varied range of parts in modest quantities, this combination moves automation away from the long production run and towards the short, frequent job.

Robots Middle East supplies the SIASUN GCR10-1300-W to manufacturers, fabricators and system integrators across the Middle East. Our team prepares each quotation around the buyer's intended application, coordinates delivery to the customer's site and remains the point of contact for technical support once the robot is in service.

Background

SIASUN and the SIASUN DUCO sub-brand

SIASUN DUCO is the sub-brand of SIASUN dedicated to intelligent robotics. It has broken foreign technology monopolies in several fields, and all of its core components are developed independently. For a buyer, that lineage matters because the robot arm, its software and its welding functions come from a single development house rather than being assembled from separate suppliers. The GCR10-1300-W belongs to a family of collaborative welding robots in which the GCR3-618-W and the GCR5-910-W are the other named versions, each offered for a different scale of work.

A welding robot first, a robot arm second

The defining choice behind the GCR10-1300-W is that welding is not an add-on. The robot comes with a welding process package as standard, which allows users to carry out spot welding, corner welding, oscillation welding, reciprocating welding, cladding, and multi-layer and multi-pass welding, among other tasks. Around that package sit two core functions: graphical interaction, which presents the job on screen in a visual form, and drag teaching, which lets the operator guide the arm by hand to record positions. Together they are intended to bring the knowledge of an experienced welder directly into the robot's programme without a dedicated programming specialist standing between the two.

Technical Specifications

Specifications are as published by the manufacturer and are confirmed against the datasheet at quotation. The manufacturer has not published the weight, power consumption, robot dimensions, mounting options, controller details, operating temperature, joint ranges, noise level or the contents of the box; Robots Middle East confirms these at quotation.

What makes the GCR10-1300-W different from a general-purpose collaborative arm?

A general-purpose collaborative arm is usually a blank platform. To turn it into a welding cell, an integrator typically has to add welding software, establish communication with the power source and develop the process logic for each joint type. The GCR10-1300-W starts much further along that road. Its welding process package is part of the standard delivery, so the common welding routines are available from the outset rather than being developed for each project.

Connectivity is the second difference. The robot offers a wide range of communication interfaces that are compatible with mainstream brands and with welding machine brands, enabling plug-and-play operation. For a workshop that already owns welding equipment, this addresses one of the most practical questions in any automation project: whether the new robot will work with the power source already on the shop floor.

The third difference lies in precision. With a repeatability of ±0.03mm, the robot is built to return to the taught path consistently, and its high precision ensures high-quality weld seam output. Combined with drag teaching, that consistency means a path demonstrated once by hand can be repeated across a batch of parts.

Can the GCR10-1300-W be built into a complete welding workstation?

Yes, and the robot is deliberately prepared for it. The optional external axis plugin package expands the robot's capabilities to support additional welding applications and allows users to customise various types of welding workstation. Where a part needs to be turned or repositioned during welding, this is the route by which the robot coordinates with additional axes.

Comprehensive development interfaces make it straightforward to build different welding workstations around the arm, which is of particular interest to system integrators designing cells for their own customers. Precise vision integration enables a variety of further functions, giving integrators scope to add camera-based capabilities where a project requires them. In practice, the GCR10-1300-W can operate as a standalone collaborative welder on a simple bench, or as the centre of a more elaborate cell that grows with the workshop's needs.

Who is the GCR10-1300-W for?

The clearest fit is the fabrication workshop with a high mix of parts and limited programming resources. Because the robot is taught by hand and operated through a graphical interface, the welders who already understand the joints can set up jobs themselves, and the robot becomes a tool within the existing team rather than a separate project requiring outside expertise. Its 1300mm reach and 10kg payload suit buyers who need to cover larger workpieces or carry heavier welding torches and accessories.

System integrators form the second group. The development interfaces, the optional external axis plugin package and the vision integration give them the building blocks for bespoke welding workstations, while the standard process package shortens the work needed on each installation. Manufacturers moving their first welding operations from manual to automated production are a third group, since the collaborative format and drag teaching lower the threshold for getting started.

Not every application needs this reach. Buyers whose parts are smaller, or whose cells are more compact, should compare the SIASUN GCR3-618-W (GCR3-618-W) and the SIASUN GCR5-910-W (GCR5-910-W), the other versions in the same welding family. The wider choice is available in our Robot Arms and Industrial Robots categories.

What is the GCR10-1300-W used for?

1. Spot welding — placing repeatable spot welds on sheet and fabricated assemblies using the standard process package.
2. Corner welding — running consistent seams along corner joints that are tedious to weld by hand in volume.
3. Oscillation welding — weaving the torch across the joint where a wider bead or better fusion is required.
4. Reciprocating welding — performing back-and-forth torch motion for joints that call for this technique.
5. Cladding — depositing weld material over a surface for build-up or protective layers.
6. Multi-layer and multi-pass welding — building thicker joints in successive passes from a single taught path.

Pricing and Availability

Robots Middle East supplies the SIASUN GCR10-1300-W on a quotation basis, so that each offer reflects the configuration, accessories and options the application actually needs, including the optional external axis plugin package where relevant. Delivery, customs clearance and after-sales support are arranged together with your quotation. Please tell us about your workpieces, your welding processes and the welding machine you use, and our team will prepare a tailored proposal; the quotation request is available on this page.

Frequently Asked Questions

What payload and reach does the GCR10-1300-W offer?

The robot has a maximum payload of 10kg and a reach of 1300mm. It has 6 degrees of freedom and a maximum TCP speed of 3.8m/s.

Do I need programming experience to operate it?

The robot is designed around graphical interaction and drag teaching, so positions can be recorded by guiding the arm by hand and jobs are managed through a visual interface. This allows experienced welders to set up tasks without writing code.

Which welding processes are supported as standard?

The standard welding process package covers spot welding, corner welding, oscillation welding, reciprocating welding, cladding, and multi-layer and multi-pass welding, among other tasks.

Will it work with my existing welding machine?

The robot offers a wide range of communication interfaces compatible with mainstream brands and welding machine brands, enabling plug-and-play operation. Please name your welding machine when you request a quotation.

Can the robot be integrated into a larger welding workstation?

Yes. The optional external axis plugin package supports additional welding applications and customised workstations, while the development interfaces and vision integration help integrators build complete cells.

How precise is the GCR10-1300-W?

The robot has a repeatability of ±0.03mm, and its high precision ensures high-quality weld seam output. Its IP class is IP54/IP65.

Where can I buy the SIASUN GCR10-1300-W and what does it cost?

You can buy the SIASUN GCR10-1300-W from Robots Middle East, which supplies it across the Middle East. The cost depends on the configuration and options you choose, so please request a quotation and our team will prepare an offer for your application.

Summary

The SIASUN GCR10-1300-W addresses the part of robotic welding that tends to cost the most time: preparing the robot for each new job. Drag teaching and graphical interaction put path creation in the hands of the welder, the standard process package brings the common welding routines from day one, and its communication interfaces are built to connect with the welding equipment a workshop already owns. With 1300mm of reach, a 10kg payload and ±0.03mm repeatability, it suits larger parts and frequent changeovers alike, and the optional external axis plugin package, development interfaces and vision integration allow it to grow into a full workstation. For fabricators and integrators in the Middle East who want welding automation that adapts to short runs rather than demanding long ones, this page is the starting point.