Intelligent Robotic Laser Welding for High-Speed, High-Precision Industrial Automation
High-Speed Digital Communication: The RAY Series uses advanced digital communication (supporting EtherNet/IP and DeviceNet) to deliver faster, more accurate robotic control and automation than traditional Analog or I/O setups.
6 Versatile Laser Scanning Patterns: Engineered with dual-wedge swing control, it offers 6 beam shapes (Linear, Circular, Figure-8, Star, Triangle, Cross), ensuring high gap tolerance and superior seam texture.
Unique Beam Spot Design: Our proprietary light spot design minimizes spatter and porosity while delivering a smooth finish. Includes a preheating function optimized for highly reflective metals.
Intelligent JOB Storage & Recall: Store and instantly recall up to 100 sets of job parameters. Easily customize laser power, pulse, wire speed, and swing width for fast, reliable multi-station switching.
Proprietary Laser Welding Control System: Driven by a dedicated laser welding OS with full IP rights. Features expert process packages supporting both easy Synergic Mode and professional precision adjustment.
Continuous & Modulate Dual-Mode Capabilities: Supports both Continuous and Modulated modes. Easily achieve high-quality spot welding and flawless fish-scale patterns without physical robot swinging.
Heavy-Duty Performance & 100% Duty Cycle: Available in 1500W, 2000W, and 3000W, built for continuous heavy-duty use. Equipped with a dual-temperature constant water cooling system for long-term stability.
Single & Dual-Wire Configurations: Highly adaptable to diverse automated welding demands. Easily configured as a Single-wire or Robotic Dual-wire Welding System.
Optimized for Complex Materials: Perfect for reducing porosity in aluminum alloy welding and processing carbon steel, stainless steel, and high-strength metals with high-stability power output.
RAY series robotic laser welders are widely used in robotic production lines & automated manufacturing systems, especially for carbon steel and aluminum alloys (automotive components, sheet metal fabrication, pressurevessels, and structural parts).


Dual-wedge swing control;
Be available with six kinds of scanning shapes: Linear, Circular, Figure-of-Eight, Star, Triangle, and Cross-type;
Higher gap tolerance and enhanced welding seam texture
Lower porosity in aluminum alloy welding;
Lower spatter and better welding seam appearance;
Significantly reducing porosity;
Preheating function is ideal for welding high-reflective materials.
Compatible with robotic welding, manual welding, and automation welding, and applicable in a wider range of welding scenarios;
Digital communication is much more sophisticated than Analog or I/O communication, be more efficient and accurate.
Supporting Multiple Communication Protocols: Powerful communication protocols are more convenient and faster than Analog/IO communication alone, wider range of functions to be realized.
Flexible adjustment of laser output power and laser pulse power parameter allows for customized laser pulse power, wire feeding speed, and swinging width for different welding stations.
Store and recall of 100 groups of JOB parameters, enabling smooth and reliable JOB switching during continuous operation.
Supporting continuous and modulate dual-mode laser welding, realizing high-quality laser spot welding and fish-scale welding without robot swing.
The control system is developed specifically for intelligent laser welding, with complete independent IP rights, offering higher professionalism and intelligence.
A specially developed laser welding process package supports multiple modes: synergic mode and professional-adjustment mode.
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| Machine Model | RAY-1500R/RAY-1500DR | RAY-2000R/RAY-2000DR | RAY-3000R/RAY-3000DR |
| Rated Input Voltage (AC) | 230VAc±15%; 50Hz | 230VAc±15%; 50Hz | 380-400VAc±15%; 50Hz |
| Rated Input Power | 6.6KW | 9.5KW | 12KW |
| Rated Input Current | 32A | 40A | 22A |
| Maximum Laser Output Power | 1500W | 2000W | 3000W |
| Output Laser Wavelength | 1080±10nm | 1080±10nm | 1080±10mm |
| Cooling Method | Dual-Temperature & Duty-Control Industrial Constant Temperature Water Cooling System | Dual-Temperature & Duty-Control Industrial Constant Temperature Water Cooling System | Dual-Temperature & Duty-Control Industrial Constant Temperature Water Cooling System |
| Operating Temperature Range | -10°C~40°C | -10°C~40°C | -10°C~40°C |
| Operating Humidity Range | < 70°C Non-Condensing | < 70°C Non-Condensing | < 70°C Non-Condensing |
| Shielding Gas | Argon, Nitrogen, or Class-3 or Higher Compressed Air | Argon, Nitrogen, or Class-3 or Higher Compressed Air | Argon, Nitrogen, or Class-3 or Higher Compressed Air |
| Dimensions (L x W x H) | 889x791x543mm | 889x791x543mm | 1215x530x860mm |
| Weight | 88.5kg | 98kg | 160kg |
| Duty Cycle | 100% | 100% | 100% |
| Enclosure Protection Grade | IP54 | IP54 | IP54 |
| Insulation Grade | H | H | H |
| Product Name | Single-wire Robotic Wire Feeder | Dual-wire Robotic Wire Feeder |
Product Model | WF1-ZT | WF1-ZT-MD2 |
| Input Voltage | 24Vdc+5% | 24Vdc±5% |
| Wire Feeding Speed | 15-600cm/min | 15-600cm/min |
| Roller Diameter | 0.8/1.0, 1.2/1.6 (V/U) | 1.0/1.2/1.6/2.0(V/U) |
| Dimension (L x W x H) | 288x182x218mm | 120x216x187mm |
| Weight | 5.9kg | 6.5kg |
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