Mobile Collaborative Welding Robot – Flexible Movable Cobot for High-Precision Industrial Welding

The Mobile Collaborative Welding Robot is an intelligent equipment specially designed for steel structure welding scenarios. It breaks through the limitations of fixed operation in traditional welding robots, with compact flexibility and intelligent collaboration as its core features. It balances operation efficiency and welding accuracy, and can quickly adapt to various complex working conditions.

It provides efficient, convenient and precise welding solutions for industries including shipbuilding, bridge construction and prefabricated steel structure buildings, helping enterprises reduce costs, improve efficiency and enhance the stability of welding quality.

Core Advantages

High Mobility and Easy Operation

Compact in size and light in weight, it can be moved directly by hand without complex hoisting equipment. It can flexibly shuttle in various operating scenarios (including narrow spaces and large component sites) and easily reach welding positions.

Outstanding Environmental Adaptability

Aiming at common problems in steel structure welding such as welding seam positioning deviation and irregular component posture, it can achieve accurate identification and dynamic adjustment without repeated manual calibration, adapting to the welding needs of different working conditions and products of different specifications.

High Intelligence and Independent Regulation

Equipped with an advanced welding control algorithm, it can independently complete welding seam positioning, posture estimation and motion planning without full manual control; it can automatically adjust core welding parameters such as welding current, voltage and speed according to the thickness and material of components.

Stable Welding Quality and Excellent Efficiency

Effectively reduce welding defects, improve the uniformity and strength of weld formation, and ensure the accuracy and consistency of welding; compared with traditional manual welding, it greatly improves work efficiency and reduces manual operation errors.

Key Specifications

Payload Capacity	10 kg (welding gun included)
Reach	1300 mm
Degrees of Freedom	6 axes
Repeatability	±0.02 mm
Maximum TCP Speed	1.0 m/s
Mobile Chassis	Omnidirectional wheels, 360° rotation
Maximum Moving Speed	1.2 m/s
Positioning Accuracy	±5 mm
Navigation System	Laser navigation, visual navigation (optional)
Protection Rating	IP65
Mounting Options	Mobile chassis (integrated), floor (optional fixed mounting)
Programming Methods	Drag-to-teach, graphical UI, offline programming, mobile app/web remote programming
Safety Features	Collision detection, adjustable force/torque control, arc protection, high-temperature warning, emergency stop, ISO 13849 (PLe) certified
Welding Compatibility	MIG, TIG, arc welding, spot welding
Welding Current Range	10-500A
Suitable Workpiece Thickness	0.8-25 mm
Operating Temperature	-5 ~ 65℃ (welding area up to 180℃)
Weight	150 kg (including mobile chassis)
Power Consumption	≤ 2.2 kW
Battery Life (Optional)	8 hours (continuous operation, rechargeable)

product-1039-468

Production Environment

Product Applications

Shipbuilding Industry

Suitable for on-site welding of hull steel structures, deck components, bulkheads, and other key parts. It can flexibly adapt to the complex layout of shipyards and the irregular shape of ship components, improving the efficiency and quality of ship welding.

Bridge Construction

Applied to the welding of bridge steel structure nodes, steel box girders, steel trusses, and guardrail components. It can easily reach high-altitude or narrow welding positions on bridge construction sites, ensuring the stability and safety of bridge structures.

Prefabricated Steel Structure Building Industry

Used for splicing and welding of prefabricated steel columns, beams, wall panels, and other components in prefabrication factories or construction sites. It realizes rapid and precise welding, accelerating the assembly progress of prefabricated buildings.

FAQ

Q1: Is the mobile collaborative welding robot difficult to operate?

A1: No. Its compact, lightweight design enables easy manual movement, and the intelligent control system simplifies operation-even staff with basic welding experience can master it quickly.

Q2: Can it adapt to different thicknesses and materials of steel structures?

A2: Yes. It uses an advanced welding control algorithm to automatically adjust core parameters (current, voltage, speed) based on component thickness and material, ensuring stable welding quality.

Q3: What is the main advantage compared with traditional manual welding?

A3: It combines high efficiency and stable quality-reducing manual errors, welding defects and labor intensity, while avoiding safety risks and boosting work efficiency.

Q4: Can it be used in narrow or high-altitude working scenarios?

A4: Absolutely. Its high mobility allows flexible movement in narrow spaces, and it can reach high-altitude positions (with appropriate lifting equipment if needed), ideal for bridge and shipbuilding scenarios.

Q5: Is it suitable for small and medium-sized enterprises?

A5: Yes. It reduces labor/rework costs and shortens project periods, and its flexibility adapts to small-batch, multi-specification welding tasks.

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