Raycus 3000W Laser Source Introduction
The main advantage of Raycus lasers is their high cost performance and price advantage, making them a cost-effective solution for daily production. It has a sturdy structure and good stability for regular use. In addition, as a heat source, lasers have process advantages such as non-contact, no static electricity, less consumables, and high speed.
The main advantages of Raycus laser include high photoelectric conversion efficiency, excellent beam quality, strong anti-reflection ability (especially for highly reflective materials) and high cost performance. It can achieve stable, precise, bright cutting section and narrow gap cutting effect. It is suitable for a variety of industrial applications (cutting, welding, drilling, marking), and its long life, low energy consumption and maintenance-free operation give it a clear competitive advantage in the market.
Parameters of 3000W Laser Source
Features of 3000W Laser Source
1.High electro-optical conversion efficiency and low power consumption.
2.Fast marking speed, 3-5 times faster than traditional lasers.
3.Short pulse rise time.
4.High peak power and high single-pulse energy.
5.Excellent beam quality and adjustable beam diameter.
6.Uniform energy distribution (for high-power pulses).
7.Suitable for highly reflective materials such as gold, silver, copper, and aluminum, as well as stainless steel.
8.Can be used for marking, engraving, and precision processing of non-metallic materials.
Applications of 3000W Laser Source
1.Metal Cutting and Welding: Mid-to-low-end market, thin sheet metal cutting, advertising production, furniture and home appliance industries, welding of lightweight materials for rail transit.
2.Surface Treatment: Laser cleaning (rust removal, paint removal, oil stain removal), mold surface treatment, post-fire restoration.
3.3C Precision Machining: Precision welding, cutting, and drilling for consumer electronics such as mobile phones and computers.
4.New Energy Vehicles: Power battery welding, especially using blue lasers for efficient welding of highly reflective materials such as copper.
5.Heavy Industry and Repair: Laser cladding technology used for repairing worn parts and improving surface performance.
6.Petrochemical and Shipbuilding: High-power lasers used for related equipment maintenance and cleaning.
7.Advertising and Signage: Traditional advertising character production and marking.
FAQ
Q:What to do if the laser device shows an over-temperature warning?
A:Check if the water chiller is working properly, the water circuit connections, and the water temperature setting (usually below 30°C). Restart the laser. If there is a QBH connector, check the hot end of the processing head.
Q:What to do if the laser system displays a low temperature warning?
A:Check if the water chiller’s actual temperature is too low (it should be above 10°C), and if the ambient temperature is too low. Restart the unit after the water temperature has risen.
Q:What to do if the laser cutting quality is poor and there are burrs?
A:Check if the cutting head nozzle is properly installed and clean. The nozzle position and flow rate directly affect the cutting quality and dross-free effect.
Q:What are the main applications of lasers?
A:Fiber lasers are widely used in material processing, such as cutting, drilling, welding, scribing, and surface treatment, enabling high-precision and high-efficiency processing.
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