| Customization: | Available |
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| After-sales Service: | Free Spare Parts |
| Warranty: | 2 Years |
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Features:
Temperature control accuracy up to ±1ºC;
Optional eco-friendly refrigerant;
Two temperature control modes available, suitable for different application scenarios; multiple settings and fault display functions;
Dual independent temperature control modes meet the cooling requirements of both the laser source and the welding head;
Multiple alarm and protection functions: compressor delay protection, compressor overcurrent protection, water flow alarm, high/ low temperature alarm;
Compatible with various international power specifications; ISO9001, CE, RoHS, and REACH certified;
Stable cooling performance and easy operation.
| Laser Welder | MIG and TIG Welder | |
| Speed and Productivity | Fiber laser welding is generally faster than MIG and TIG welding, especially for thin materials. The concentrated heat source allows for quick and efficient welding, contributing to higher productivity. | MIG and TIG welding processes can be slower compared to fiber laser welding,but they are versatile and suitable for a wide range of applications. |
| Precision and Accuracy | Fiber laser welding offers high precision and accuracy due to its focused and concentrated beam. It is suitable for applications requiring fine control over the weld. | MIG and TIG welding can provide good precision, particularly with skilled welders, but the level of precision may not match that of fiber laser welding. |
| Heat Input and Distortion | Fiber laser welding typically results in a smaller heat-affected zone, reducing distortion and minimizing thermal stress on the workpiece. |
MIG and TIG welding introduce more heat into the workpiece compared to fiber laser welding, which can lead to a larger heat-affected zone and increased distortion, especially in thicker materials. |
| Automation and Integration | Fiber laser welding can be easily integrated into automated production processes, enhancing efficiency and repeatability. |
MIG and TIG welding processes can also be automated, but the level of automation may vary based on the specific application. |
| Model | FW-1500 | FW-2000 | FW-3000 | |
| Power | 1500W | 2000W | 3000W | |
| Weld Thickness (Recommended) | Stainless Steel | 0.5-4mm | 0.6-6mm | 0.6-8mm |
| Carbon Steel | 0.5-4mm | 0.6-6mm | 0.6-9mm | |
| Aluminum Alloy | 0.5-4mm | 0.6-6mm | 0.6-10mm | |
| Galvanized Sheet | 0.5-4mm | 0.6-6mm | 0.6-11mm | |
| Welded Materials | Stainless steel, carbon steel, aluminum ,galvanized sheet, copper | |||
| Laser Wavelength | 1080 ± 10 nm | |||
| Size | 51.18 inch*24.41 inch*47.24inch /1300mm*620mm*1200mm | |||
| Laser Power Brand | Max /Raycus/Customized | |||
| Mode of Operation | CW/Pulse | |||
| Welding Joint Interface | QBH | |||
| Fiber Wire Length | 10m/15m/20m | |||
| Cooling Method | Water Cooling | |||
| Auto Wire-feeder | Standard | |||
| Wire Feeding Diameter (mm) | 0.8/1.0/1.2/1.6/2.0 | |||
| Voltage | 220±20% VAC 50/60Hz / 380±20% V AC 50/60Hz | |||
| Welding Speed | 0~120 mm/s | |||
| Laser Gun Weight | 0.8KG | |||
| Laser Head | Cleaning/Cutting/Welding/Weld Seam Cleaning | |||
Welding
1. What materials can a fiber laser cutting machine process?
Fiber lasers are ideal for cutting carbon steel, stainless steel, aluminum, brass, copper, and other non-ferrous metals with high efficiency and precision.
2. What thicknesses can a fiber laser cutter handle?
Depending on the laser power, fiber laser machines can cut thin sheets as well as thick plates - for example, a 6kW machine can typically cut up to 25mm carbon steel and 20mm stainless steel.
3. What is the difference between fiber laser and CO2 laser cutting?
Fiber lasers offer faster cutting speeds, lower maintenance, better energy efficiency, and superior performance especially on reflective materials compared to CO2 lasers.
4. How do I choose the right laser power for my application?
It depends on the material type, thickness, and production needs. Higher power allows for thicker material cutting and faster processing, while lower power is cost-effective for thin materials.
5. What are the basic maintenance requirements?
Routine maintenance includes lens cleaning, checking the cutting head and fiber, regular lubrication of mechanical parts, and ensuring proper cooling system function to maintain stable performance.
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