The robotic laser welding machine is a fiber laser system that couples a high-energy laser beam with a robotic platform. This setup allows for any spatial trajectory to be welded with maximum flexibility. The multi-purpose laser welding machine can be programmed to weld parts that are difficult to access with ordinary machines. The laser beam can be split in time and energy, enabling simultaneous processing of multiple beams and significantly improving welding productivity.
Product Name
Robot Automatic Laser Welding Machine MLA-W-A01
Wavelength
1070+/-10 nm
Laser Power
1000W / 1500W / 2000W / 3000W
Power Adjustment
10-100%
Fiber Length
Standard 10m or Specified
Working Methods
CW / Pulse
Speed Range
0-120 mm
Weld Thickness
0.5-6 mm
Modulation Frequency
20KHZ
Working Temperature
15-35 ℃
Cooling Methods
Water Chilled Inbuilt
🔵 Equipment Features
✔Using robotic movement, suitable for large-format space welding with six-axis linkage.
✔Truly realize the automatic welding of any trajectory in spatial environments.
✔High repetition accuracy for consistent weld quality across multiple cycles.
✔Replaces manual operation in complex and hazardous welding fields.
🔵 Application Areas
Auto body, auto steel plate, clutch plate, microelectronic components, precision parts, high-grade digital components, fiber optic connectors, medical devices, large mold welding, and injection molding.
🔵 Common Q&A Summaries
Q1: Can the laser spot welder weld gold and silver without painting?
A1: Yes, with high power capacity, it can weld gold and silver directly without the need for painting.
Q2: What cooling method is adopted for this system?
A2: It typically adopts air cooling with water circulation, often equipped with intelligent temperature control for stability.
Q3: What vision systems are used for precise alignment?
A3: Systems often include dual vision options such as a high-definition display and a microscope for extremely precise spatial alignment.
Q4: Can the laser welding machine work continuously?
A4: Yes, the industrial-grade design allows for continuous 24-hour operation to meet high-volume production needs.
Q5: What is the maximum pulse energy and its advantage?
A5: High pulse energy (e.g., up to 140J) combined with a small point pulse allows the machine to meet very demanding precision welding requirements.
Q6: What materials and fields is this equipment applicable to?
A6: It is applicable to jewelry, eyewear, medical devices, auto parts, and precision electronics, working effectively on gold, silver, platinum, and various metals.
STYRL Laser
