Herolaser 1064nm Laser Protective Lens Welding Torches
Herolaser 1064nm Laser Protective Lens Welding Torches
Herolaser 1064nm Laser Protective Lens Welding Torches
Herolaser 1064nm Laser Protective Lens Welding Torches
Herolaser 1064nm Laser Protective Lens Welding Torches

HEROLASER

T700W Welder Laser Lens

Sale price50.00 USD

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Size:Protective Lens 18*2mm X5
white:White
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Phone: +1(716) 752-9569
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Email: support@ailaser.ai
Address: 111 Roberts Street Unit B East Hartford Connecticut 06108

 

If you have any questions, please contact us and we will respond to you within 24-48 hours.

Herolaser 激光防护镜片组做工精良,适用于700瓦的手持式激光焊枪/激光焊机。玻璃镜片组与激光焊枪完美匹配,也适用于技术匹配的国外品牌光纤激光器。手持式激光焊机的专业配件非常适合工业、手工艺和 DIY 领域的焊接、切割 (CUT) 和清洁 (CLEAN) 专业应用。

Herolaser 1064nm Laser Protective Lens Welding Torches

1064nm Protection Lens

1064nm transmittance enhancement film with a high damage threshold (> 15J/cm2) coated on the protective lens can effectively increase the transmittance of the lens, reduce energy loss and improve the quality of the processed product. It is widely used in laser cutting, laser welding machine and other laser equipment.

Why the Protective Lens Always Burns Out?

The protective lenses of laser welding machines are consumables and need to be regularly replaced. However, factors such as welding processes, welding techniques, and settings can cause damage, and anomalies in laser output from individual lasers can also lead to frequent burning of protective lenses in laser welding machines. Once the laser protective lens is damaged, work should be stopped immediately and need to replace protective lens for laser welding. Here are methods to avoid burning the protective lens:

1. Check if the auxiliary gas is pure and if the pressure meets the standards. In cases where air is used, check the quality of compressed air.

2. Check if there is any misalignment in the optical path during laser emission, ensuring that other lenses are not damaged during operation.

3. Check if the nozzle aperture is appropriate, avoiding oversized apertures.

4. Check if the air blowing timing configuration is reasonable, ensuring that the software settings are correct.

Common specifications for protective lenses in fiber laser welding machines include diameters (in mm): 50*2, 55*1.5, 78*3, 108*4, 133*5, 133.5*4, and 134*3. The wavelength for these lenses is 1064nm.

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