China Suppliers Factory YAG Fiber Optic Conductive Laser Welding Machine for Precision Welding Solutions
Equipment Introduction
-
The industry-leading 'energy negative feedback technology' controls the fluctuation of laser output energy within 3%, ensuring stable laser output power, thereby improving welding repeatability, reducing product defect rates, and saving material costs for enterprises;
-
Laser beams can achieve time and energy splitting, enabling multiple beams to be processed simultaneously in multiple work positions, significantly improving welding efficiency and enabling users to efficiently and high-quality complete processing orders in the shortest possible time;
-
The welding depth to width ratio can reach up to 10:1, the welding points are smooth and beautiful, the welds are flat without pores, the weld strength and toughness can exceed that of the base metal, and no or only simple treatment is required after welding, reducing labor costs;
-
The equipment has no requirements for the welding environment and can weld at room temperature or under special conditions. It can weld difficult to melt materials such as titanium and quartz, and can also weld dissimilar materials with excellent results;
-
Customized models can be tailored according to customer requirements, with strong customization capabilities for specialized machines. Optional vibration mirror type workbenches, robots, or line automation designs can be selected to meet various welding requirements of customers.
Application areas
Technical parameters
| Equipment Model | FRZ-LWY100 | FRZ-LWY200 | FRZ-LWY300 | FRZ-LWY600 |
| Average output power(W) | 100w | 200W | 300W | 600W |
| Laser output MAX energy | 30J | 50J | 80J | 100J |
| MAX.peak power | 5KW | 7KW | 9.9KW | 9.9KW |
| Pulse width | 0.1-15ms | 0.1-15ms | 0.1-15ms | 0.1-15ms |
| Repetition frequency range | 1-30Hz | 1-100Hz | 1-150Hz | 1-200Hz |
| Power supply | 380V/50Hz/8KW | 380V/50Hz/10KW | 380V/50Hz/12KW | 380V/50Hz/20KW |
| Wavelength | 1064nm | |||
| Fiber length | 3-5m | |||
| Core diameter of optical fiber transmission | 0.2mm、0.3mm、0.4mm、0.6mm(Optional) | |||
| Min beam diameter | 0.3mm | |||
| Energy fluctuation range | ≤3% | |||
| Platform | (Optional) | |||
| Purifier | (Optional) | |||
Samples pictures

Pressure Gauge Housings

Gear

Motor Casing

Insulation Cup Liner

Aluminium Studs

Condensate Tube

Connecting Shaft

Power Battery
Videos
Frequently Asked Questions
What is "energy negative feedback technology" and how does it benefit welding?
Energy negative feedback technology controls the fluctuation of the laser output energy within 3%. This ensures a highly stable laser output power, which improves welding repeatability, lowers product defect rates, and saves material costs.
What is the maximum welding depth-to-width ratio of this machine?
The fiber optic conduction laser welding machine can achieve a welding depth-to-width ratio of up to 10:1. This produces smooth, flat, and pore-free welds that can exceed the strength and toughness of the base metal.
Can this equipment weld dissimilar or difficult-to-melt materials?
Yes. The machine has no strict requirements for the welding environment and can weld at room temperature or under special conditions. It is capable of welding difficult-to-melt materials like titanium and quartz, as well as joining dissimilar materials with excellent results.
What customization options are available for the workbenches?
We offer high customization capabilities. Depending on your requirements, you can choose specialized customized models, optional vibration mirror type workbenches, robots, or line automation designs.
What is time and energy splitting in laser welding?
Time and energy splitting allows the laser beam to be divided, enabling multiple beams to process parts simultaneously at different work positions. This significantly improves overall welding efficiency and shortens order processing times.
In which industries is this fiber optic conduction laser welding machine commonly applied?
It is widely used for precision welding in optical communication devices, IT devices, medical devices, electronics, batteries, fiber optic coupling devices, cathode ray tube guns, metal parts, mobile phone vibration motors, clock precision parts, and automotive headlights.





