Magnetic Collaborative Welding Robot – High-Precision Magnetic Adsorption Cobot for Industrial Welding
In the field of steel structure welding, traditional welding operations often face pain points such as complex working conditions, harsh environments, high reliance on manual labor, and difficulties in balancing welding precision and efficiency. Particularly in large-scale projects including shipbuilding, bridge construction, and prefabricated steel structure buildings, challenges such as confined spaces, high-altitude operations, and multi-position welds further increase operational difficulty and safety risks.
Against this backdrop, the Magnetic Collaborative Welding Robot has emerged. With its core advantages of compactness, flexibility, intelligence, high efficiency, and strong adaptability, it breaks through the limitations of traditional welding and provides a flexible automation solution for the steel structure welding industry, reshaping a new model of welding operations.
Product Advantages
Ultra-Compact & Flexible Deployment
With its lightweight and compact design, the robot is portable and requires no complex installation or fixation. It effortlessly navigates confined spaces such as ship cabins and bridge U-ribs, enabling full coverage of welding points. Equipped with powerful magnetic adsorption technology, it can securely attach to steel structures, realizing multi-position welding (horizontal, vertical, overhead) without dead angles.
Intelligent Precision for Quality & Efficiency
Powered by advanced weld seam recognition and path planning systems, it excels in seam positioning, attitude estimation, and motion planning. It autonomously avoids obstacles and automatically adjusts welding parameters (current, voltage, speed) based on diverse working conditions and materials. This ensures uniform weld formation, significantly improving welding accuracy, efficiency, and the first-pass yield rate.
User-Friendly Operation & Wide Adaptability
Featuring a human-robot collaborative design, it requires no professional programming knowledge. Operators can quickly set welding points via manual guidance. Its flexible mobility allows for rapid multi-station switching, catering to the demands of small-batch and diverse rapid welding, thereby greatly enhancing equipment utilization.
Safe & Cost-Effective
It liberates operators from harsh environments like high altitudes, high temperatures, and dust, effectively reducing safety risks. Compared to traditional manual welding, it substantially boosts work efficiency while cutting down on labor costs, enabling enterprises to optimize operational costs.
Broad Industry Compatibility & Empowering Digital Upgrade
Widely applied in shipbuilding, bridge engineering, and prefabricated steel structures, this robot delivers reliable performance across various scenarios. It serves as a cornerstone for enterprises to elevate welding automation, reduce production costs, ensure project quality and safety, and drive the intelligent transformation of the welding industry.
Key Specifications
| Payload Capacity |
5 kg (welding gun included) |
| Reach | 1200 mm |
| Degrees of Freedom |
6 axes |
| Repeatability |
±0.02 mm |
| Maximum TCP Speed |
1.0 m/s |
| Magnetic Adsorption Force | Up to 800 kg |
| Protection Rating | IP65 |
| Mounting Options |
Magnetic adsorption (ferrous surfaces), floor, wall, ceiling |
| Programming Methods | Drag-to-teach, graphical UI, offline programming, mobile app remote programming |
| Safety Features |
Collision detection, adjustable force/torque control, arc protection, high-temperature warning, ISO 13849 (PLe) certified |
| Welding Compatibility |
MIG, TIG, arc welding, spot welding |
| Welding Current Range | 10-500A |
| Suitable Workpiece Thickness | 0.8-20 mm |
| Operating Temperature |
-5 ~ 60℃ (welding area up to 150℃) |
| Weight | 20 kg |
| Power Consumption | ≤ 1.8 kW |
Typical Applications
The Magnetic Collaborative Welding Robot is specifically engineered for high-precision welding tasks in industrial scenarios, leveraging its magnetic adsorption advantage to adapt to diverse workpiece shapes and positions. Its versatile design makes it suitable for:
- Automotive welding (body frame welding, chassis component welding, exhaust system welding)
- Shipbuilding and marine engineering (hull plate welding, ship component welding)
- Metal processing (steel structure welding, pipe welding, container welding)
- Heavy machinery manufacturing (equipment frame welding, component assembly welding)
- Construction machinery (excavator, loader component welding)
- Customized welding tasks (curved surface welding, vertical welding, overhead welding, narrow space welding)
It is widely adopted in automotive manufacturing, shipbuilding, metal processing, heavy machinery, and construction machinery industries-delivering reliable, high-precision welding performance in diverse and harsh welding environments.
Production Environment
Why Choose Us
Strict quality control with reliable products
Establish a strict production quality control system, conduct full-process checks from R&D, production to delivery, ensure that each equipment has stable performance and excellent user experience, and win long-term trust from customers.
Comprehensive services for full-process protection
Provide comprehensive one-stop after-sales services, including equipment installation and commissioning, operator training, rapid fault maintenance, etc., to provide customers with full support and help customers put into production efficiently and reduce operational risks.
R&D-led with independent core technologies
We have a professional R&D team, deeply engaged in core technologies of magnetic collaborative welding, adhere to independent innovation and product iteration, master independent core technologies, and ensure the advanced nature and uniqueness of product performance.
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