Platform-based Collaborative Welding Robot – High-Stability Integrated Platform Cobot for Precision Industrial Welding
Amid today's in-depth transformation of intelligent manufacturing toward flexibility, high precision and high efficiency, welding, as a core process in manufacturing, is facing industry pain points including rising labor costs, shortage of senior welders, inconsistent welding quality and insufficient adaptability to complex working conditions.
Against this background, the Platform-based Collaborative Welding Robot has emerged. Centered on "platform integration + collaborative intelligence", it integrates high-precision trajectory control, intelligent perception planning and convenient deployment technologies, breaking the application limitations of traditional welding robots. It provides efficient, stable and flexible automated solutions for welding scenarios across various industries, helping enterprises achieve the upgrading of welding processes and leapfrogging of production efficiency.
Core Product Features
The Platform-based Collaborative Welding Robot comes with a fixed heavy-duty integrated platform, constructed from high-strength steel and featuring an anti-vibration, anti-deformation design. This ensures that vibration remains minimal during high-intensity welding work. Equipped with a precision positioning system (boasting ±0.01 mm positioning accuracy) and adjustable leveling feet, the platform can be stably installed on standard industrial floors, preventing displacement or deformation that could compromise welding precision. By integrating the robot arm with the platform, the need for separate fixture installation is eliminated, simplifying deployment while guaranteeing consistent positioning accuracy during long-term operation-thus establishing a reliable foundation for high-precision welding.
A professional high-precision welding system is integrated into the Platform-based Collaborative Welding Robot, supporting MIG, TIG, arc welding, and precision spot welding. It achieves a repeatability of ±0.01 mm and maintains stable welding current control (ranging from 5 to 450A). With advanced arc tracking technology, laser positioning, and gap compensation functionality, the robot can automatically correct minor workpiece deviations, ensuring weld seams are uniform, smooth, and consistent. This effectively reduces welding defects such as porosity, cracks, and uneven width-markedly improving welding quality and product qualification rates, and making it particularly suitable for high-precision welding tasks.
Meeting the standards of ISO 13849 (PLe) and ISO/TS 15066, the Platform-based Collaborative Welding Robot is equipped with a full-featured safety system, including real-time collision detection, adjustable force and torque limits, welding arc protection, high-temperature alerts, and emergency stop functions. Its adaptive safety response mechanism ensures the robot slows down or stops immediately upon contact with humans or obstacles. Additionally, a fully enclosed arc protection cover prevents welding spatter, radiation, and high-temperature harm to operators. Safety guards and emergency stop buttons are also installed around the platform's operation area, further enhancing workplace safety and enabling secure human-robot collaboration in high-precision welding scenarios.
Key Specifications
| Payload Capacity |
12 kg (welding gun included) |
| Reach | 1300 mm |
| Degrees of Freedom |
6 axes |
| Repeatability |
±0.01 mm |
| Maximum TCP Speed |
0.8 m/s |
| Integrated Platform |
Heavy-duty high-strength steel, anti-vibration design |
| Platform Positioning Accuracy | ±0.01 mm |
| Platform Adjustment | Adjustable leveling feet |
| Protection Rating | IP65 |
| Mounting Options | Fixed integrated platform (floor-mounted) |
| 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, safety guards, ISO 13849 (PLe) certified |
| Welding Compatibility |
MIG, TIG, arc welding, precision spot welding |
| Welding Current Range | 5-450A |
| Suitable Workpiece Thickness | 0.5-20 mm |
| Operating Temperature | -5 ~ 60℃ (welding area up to 160℃) |
| Weight |
180 kg (including integrated platform) |
| Power Consumption | ≤ 2.0 kW |
| Platform Dimensions (L×W×H) |
1200×800×600 mm (customizable) |
Typical Applications
With strong flexible adaptability and high-precision welding performance, the platform-based collaborative welding robot is widely used across many industries. Its core application scenarios include:
Shipbuilding
Welding of hull subassemblies and curved components, solving pain points such as complex weld trajectories and time-consuming teaching, enabling fast deployment and precise welding.
01
Steel Structure Processing
Welding of bridge components, power transmission towers, and building steel structures, adapting to non-standard parts and small-batch production, improving welding efficiency and quality.
02
Automotive Manufacturing
Welding of automotive parts including seats, chassis, and battery packs, realizing high-precision and large-scale production while ensuring product consistency.
03
Hardware Processing & General Manufacturing
Welding of hardware parts, frames, button boxes, etc., supporting rapid switching between multiple product types and reducing labor costs.
04
Production Equipment
Why Choose Us?
Professional Technology
We master core technologies of collaborative robots and welding systems, ensuring high precision, stability and consistency in every welding task.
01
Flexible & Easy to Use
Our platform-based collaborative welding robots feature quick setup, simple programming and strong adaptability, greatly reducing debugging time and labor difficulty.
02
Wide Application
Suitable for shipbuilding, steel structure, automotive, hardware and general manufacturing, meeting diversified and small-batch production needs.
03
Reliable Quality & Service
Strict quality control and complete after-sales support guarantee long-term stable operation and worry-free use for customers.
04
Cost-Effective
Improve welding efficiency and product quality while reducing labor and management costs, creating real value for your production.
05
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