SIASUN GCR5-910-W (GCR5-910-W)

Some robots ask the welder to step aside; the SIASUN GCR5-910-W (GCR5-910-W) asks the welder to take hold of the arm and show it the seam. That small change of posture, guiding the torch by hand instead of typing coordinates, is the idea behind this collaborative welding robot, and it is why a small workshop can think about automation without hiring a programmer.

The product is available through this page, by quotation.

Background

SIASUN and the DUCO collaborative line

SIASUN is a robotics manufacturer whose catalogue spans industrial robots, collaborative arms and complete welding solutions. The GCR5-910-W belongs to its DUCO collaborative family and is a collaborative welding robot. Within the same welding range you will find other versions, such as the SIASUN GCR3-618-W and the SIASUN GCR10-1300-W, as well as larger arms in the Industrial Robots category.

A collaborative arm is built to work close to people and to be set up by them. For welding, that means a machine that a shop can place beside an existing bench and put to work on repeated joints, while skilled staff stay in charge of the quality.

Positioning and key technology

The GCR5-910-W has two core functions: graphical interaction and drag teaching. Graphical interaction lets the operator build and adjust a welding task on screen. Drag teaching lets the operator move the arm by hand through the path to be welded. Together they take the place of long hand-written programs.

The robot comes with a standard welding process package, so common welding tasks can be started quickly. An optional external axis plugin package extends the robot to additional welding applications and to custom welding workstations. Comprehensive development interfaces and a wide range of communication interfaces complete the picture; the interfaces are compatible with mainstream brands and welding machine brands, enabling plug-and-play use.

Technical Specifications

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

The manufacturer has not published the dimensions, the power supply, the power consumption, the controller model, the operating temperature, the tool flange, the contents of the box, the communication protocols or the noise level; they are confirmed at quotation.

What makes the GCR5-910-W different from a conventional welding robot?

A conventional industrial welding cell is usually designed around the program: someone with robotics training writes it, tests it behind a fence and hands it over. The GCR5-910-W turns this around. Its two core functions, graphical interaction and drag teaching, put the teaching in the hands of the person who already understands the joint.

The second difference is that welding is not an add-on. The arm ships with a standard welding process package covering spot welding, corner welding, oscillation welding, reciprocating welding, cladding, and multi-layer and multi-pass welding. A shop does not have to assemble these functions from separate parts before the first seam is run.

Third, the arm is meant to fit into what you already own. Its communication interfaces are compatible with mainstream brands and welding machine brands, enabling plug-and-play use, so the power source on your floor is not automatically a reason to start over.

Finally, the figures describe a precise, compact machine: a repeatability of ±0.02mm, a reach of 917mm and a weight of 21 kg. This high precision supports high-quality weld seam output, and precise vision integration enables a variety of functions.

How far can the GCR5-910-W grow beyond a single arm?

Many shops begin with one bench and one family of parts, then find new work arriving. Two features address this. The optional external axis plugin package allows the robot to support additional welding applications and to customize various types of welding workstations. The comprehensive development interfaces make it easy to build different welding workstations around the arm.

For a fabricator or an integrator, this means the first purchase does not have to be the last design decision. A simple setup can be extended later with additional axes, and integrators can use the development interfaces to build a workstation that suits a particular customer. If your needs lean toward a fully engineered process instead, the SIASUN Arc welding robotic solution and the SIASUN Laser welding robotic solution are worth reviewing alongside this arm.

Who is the GCR5-910-W for?

Small and medium fabrication shops are the natural first group. They often have skilled welders and repeated joints but little spare time for programming, which is exactly the situation drag teaching addresses.

Systems integrators are the second group. The development interfaces, the wide range of communication interfaces and the optional external axis plugin package give them room to build custom welding workstations for their own customers.

Training centers and technical schools can use a collaborative arm to show students how a welding task is taught, adjusted and repeated, with a graphical interface that is easier to read than code.

Buyers who need a different arm size should compare the range. The SIASUN GCR3-618-W and the SIASUN GCR10-1300-W are other versions in the welding family, and our team will help you match the right one to your work. You can also browse all Robot Arms.

What is the GCR5-910-W used for?

1. Spot welding. The standard process package includes spot welding for repeated joining points.
2. Corner welding. Corner joints are covered by the same package, ready to be taught by hand.
3. Oscillation and reciprocating welding. Both motions are included for seams that need a weaving or back-and-forth torch path.
4. Cladding. The package supports cladding for applying a layer of material to a surface.
5. Multi-layer and multi-pass welding. Thicker joints that need several passes are within the listed processes.
6. Custom welding workstations. With the optional external axis plugin package and the development interfaces, the arm can be built into purpose-made stations.

Pricing and Availability

We do not print prices on this page. A quotation is the way to buy: tell us about your welding tasks and your welding machine, and we will respond with an offer for the SIASUN GCR5-910-W. Delivery, customs and support are arranged together with the quotation. The SIASUN GCR5-910-W is available on this page.

Frequently Asked Questions

What is the payload and reach of the GCR5-910-W?

The maximum payload is 5kg and the reach is 917mm.

How accurate is the GCR5-910-W?

The repeatability is ±0.02mm. This high precision ensures high-quality weld seam output.

How do I program the robot?

There are two core functions: graphical interaction and drag teaching. You can build a task on screen or guide the arm by hand through the path.

Which welding processes are included?

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

Will it work with my welding machine?

The robot offers a wide range of communication interfaces and is compatible with mainstream brands and welding machine brands, enabling plug-and-play use. Send us your welder model and we will go through it with you.

What protection class does it have?

The IP class is IP54/IP65. A breakdown of which rating applies to which part of the robot has not been published.

Where can I buy the GCR5-910-W and what does it cost?

You can buy it through this page, by quotation. We do not publish a price; request a quotation and we will send an offer that covers delivery, customs and support.

Summary

The SIASUN GCR5-910-W is a welding robot that learns from the hand of the person who knows the joint. A 5kg payload, 917mm reach, ±0.02mm repeatability, six degrees of freedom and IP54/IP65 sit behind a standard welding process package, drag teaching and open interfaces, with an optional external axis plugin package for growth. If that is the kind of cell you want to run, this page is the starting point.