Cobot MIG Welding Machine Benefits
- Fast deployment: Lightweight design can be quickly deployed anywhere
- Simple operation: eliminating the need for complicated teaching process
- Increased productivity: Cobot welders make repeatable, high-quality welds.
- Improved quality: Eliminating fatigue from manual welding minimizes errors and boosts process consistency
- Enhanced safety: Integrated safety features reduce the risk of workplace accidents.
- Reduced costs: The ability to perform tasks accurately can significantly reduce rework and repair costs.
What is Cobot MIG Welding Machine?
The cobot welding machine uses a collaborative robot as a carrier, equipped with a laser source, welding gun, and other components. Control welding parameters through programming or teaching to achieve automated welding.
Cobot welding is gaining increasing attention for its ability to solve challenges in demanding environments—particularly industries with diverse parts and small-batch production. By integrating gas shielded arc welding principles, it boosts output and production efficiency in compact footprints without requiring additional manpower. This is especially valuable for companies facing welder shortages, as the cobot welder minimizes reliance on skilled labor while delivering consistent, high-quality MIG welds.
Core Parts of Cobot MIG Welding Machine
Core components for cobot MIG welding machine, engineered for stable, high-precision industrial welding performance.
Optional Parts of Cobot MIG Welding Machine
Configure optional components for your cobot MIG welding system to enhance precision, flexibility, and productivity in industrial applications.
Types of Cobot MIG Welding Machine
-
KX950 -
KX1300
Cobot Welding VS Traditional Robot Welding
Cobot Welding: Simple to operate – drag-and-teach function, no complex programming required.
Traditional Robot Welding:Relies on engineers for complex programming; longer operator learning cycle.
Cobot Welding:Ideal for small-batch, multi-variety small and medium workpieces.
Traditional Robot Welding:Suited for highly consistent medium and large workpieces on fixed production lines.
Cobot Welding:Quickly adapts to changes, maintains long-term efficiency; 300% throughput boost for some enterprises post-deployment.
Traditional Robot Welding:Process deviations cause severe interruptions/downtime; efficiency relies heavily on production line stability.
Cobot Welding:For human-robot collaboration – has collision detection, deceleration/emergency stop; lowers workplace injury risk.
Traditional Robot Welding:High speed/force operation – higher safety hazards; requires compliance with current safety standards.
Cobot Welding:No extensive supplementary infrastructure; fast programming, short payback period, high long-term cost-effectiveness.
Traditional Robot Welding:High initial equipment investment; professional-dependent programming/maintenance, high subsequent adjustment costs.
Cobot Welding:Lightweight, simple programming, fast deployment – ideal for small-batch, multi-variety flexible production.
Traditional Robot Welding:Complex deployment, needs major production line modifications – better for large-batch, single-type long-term production.
Ease of Programming
Traditional industrial robot systems require advanced programming and take weeks or even months to master. Cobots only need to drag the welding points, the welding gun is integrated with a human-machine interactive interface, no code programming, directly set the number of welds, and match the welding process.
Rapid Deployment
The lightweight design allows for easy installation anywhere in the workshop, and the simple programming greatly shortens the project startup cycle, helping companies quickly enter production mode. It is especially suitable for small-batch, multi-variety flexible welding production scenarios.
Application of Cobot MIG Welding Machine
Such as laser welding of distribution boxes, shelves, stainless steel kitchen utensils, etc.
Making and maintenance of transportation pipelines for petroleum, chemical, etc.
Medium and thick plate welding, for structural parts of excavators and loaders, etc.
Laser welding automotive parts like engine parts, chassis parts, etc.
More About Cobot MIG Welding Machine
- Welding Power Model
- Cobot Model
- Weld Tracking
- Weld details
|
Welding Power Model |
X350L | X500 |
| Rated Input Voltage | 380VAC | 380VAC |
| Input Frequency | 50Hz | 50Hz |
| Rated No – load Voltage | 80V | 80V |
| Rated Output Current\Voltage | 350A/31.5V | 500A/39V |
| Output Current Range | 30 – 350A | 30 – 500A |
| Output Voltage Range | 12 – 45V | 12 – 45V |
| Rated Duty Cycle | 350A/100%/40°C | 500A/100%/40°C |
| Welding Method | Short circuit/Single pulse/Ultra – low spatter | Short circuit/Single pulse |
| Applicable Base Metals and Wire Diameters | Carbon steel/Stainless steel Φ0.8~1.6mm | Carbon steel/Stainless steel Φ0.8~1.6mm |
| Model | KX950 – 3D | KX1300 – 8D | KX850 – 5Y |
|---|---|---|---|
| Degrees of Freedom | 6 | 6 | 6 |
| Movement Radius (mm) | 950 | 1300 | 850 |
| Load (kg) | 3.5 | 8 | 5 |
| Repeat Positioning Accuracy (mm) | ±0.02 | ±0.03 | ±0.05 |
| Movable Range | A1 Axis: ±360° A2 Axis: ±135° A3 Axis: ±153° A4 Axis: ±360° A5 Axis: ±180° A6 Axis: ±360° |
A1 Axis: ±360° A2 Axis: ±135° A3 Axis: ±153° A4 Axis: ±360° A5 Axis: ±180° A6 Axis: ±360° |
A1 Axis: ±360° A2 Axis: ±180° A3 Axis: ±160° A4 Axis: ±360° A5 Axis: ±360° A6 Axis: ±360° |
| Maximum Speed | A1 – A2 Axis: 180°/s A3 – A4 Axis: 180°/s A5 – A6 Axis: 200°/s |
A1 – A2 Axis: 100°/s A3 – A4 Axis: 150°/s A5 – A6 Axis: 180°/s |
A1 – A2 Axis: 100°/s A3 – A4 Axis: 100°/s A5 – A6 Axis: 100°/s |
| End – I/O | AI: 2 channels DI/DO: 3 channels |
AI: 2 channels DI/DO: 3 channels |
None (AI) DI/DO: 2 channels |
| Weight | 26kg | 45kg | 14kg |
| Cable length | 5m | 5m | 3m |
| Material | Aluminum Alloy | Aluminum Alloy | Aluminum Alloy, ABS Plastic |
For more information about weld tracking, you can click to jump to a specific page.
Related Products
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Stainless steel, aluminum alloy, carbon steel, copper and other metal welding
Use the handheld teach pendant to drag the robot arm to record the trajectory, without complicated programming work
Yes, cobot welders are highly suitable for small workshops. Their compact design typically requires only 2-3 square meters of floor space, and unlike traditional industrial robots, they don’t need additional safety fencing or large buffer zones.