Product Introduction
Automated Welding Robots are industrial robots used for metal welding, available in bulk orders and customizable.
Main Technical Parameters
| Parameter Category | Specific Specifications |
|---|---|
| Arm Span | 1895 mm |
| Repeat Positioning Accuracy | ±0.05 mm |
| Maximum Load | 20 kg |
| Power Capacity | 5.87 kVA |
| Equipment Weight | Approximately 230 kg |
| Protection Class | Wrist IP54; Body IP40 |
Advantages and Application Fields of 3D Vision Enhancement
(I) Core Advantages
High-Precision Welding
Automated Welding Robots are equipped with a 3D vision recognition system and a robotic arm with a positioning accuracy of ±0.05 mm, ensuring accurate alignment of the welding torch with the weld seam and reducing misalignment and missed welds.
Durable
The body is constructed from high-strength alloy steel and aluminum alloy, and key joints are equipped with wear-resistant bearings, ensuring a lifespan of over 8 years.
(II)Application Fields and Compatible Materials
| Classification of Application Scenarios | Specific Application Objects | Compatible Materials |
|---|---|---|
| Small and medium-sized metal structural parts | Equipment supports, frame connectors | Iron, carbon steel, stainless steel |
| Standardized parts | Pipe butt joints, plate splicing | Iron, carbon steel, stainless steel, aluminum |
| High-consistency scenarios | Welding of products requiring quality inspection and certification | Stainless steel, aluminum, copper (meets high-precision welding requirements and ensures inspection and certification compliance) |
Figure 2.1 3D Simulation Diagram
Figure 2.2 On-site Physical Object Diagram
Figure 2.3 Close-up Diagrams of Each Component
The working process of the 1820 welding robot is as follows: The 1820 welding robot uses 3D vision to scan welds on the workpiece and sends the data to the computer. After processing, the computer sends signals to the robot, which automatically drives the welding torch to perform precise and efficient welding on the workpiece.
Usage and Maintenance Recommendations
Environmental Adaptation: Operate in a dry, low-dust environment to prevent humidity or corrosive gases from affecting 3D vision accuracy.
Preliminary Commissioning: Calibrate the 3D vision sensor and mechanical arm before first use to ensure smooth data transmission.
Maintenance: Regularly clean the 3D vision lens and check power circuit stability to prolong equipment life.
Personnel Training: Operators should learn basic parameter settings and troubleshooting to maintain efficient operation.
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