Laser welding machine protective lens

Advantage

High light transmittance: it can penetrate the laser to the maximum extent to ensure the efficient transmission of laser energy without affecting the welding effect.

Strong resistance to laser damage: it can withstand laser irradiation with high energy density, and is not prone to damage and fracture, ensuring the service life and stability of the lens.

Good high temperature resistance: in the high temperature environment generated by laser welding, it can maintain good optical and physical properties without deformation and aging.

Anti reflection: through special coating technology, reduce the reflection of laser on the lens surface, improve the utilization rate of laser, and avoid the damage of reflected light to the laser source and other optical elements.

Dustproof and waterproof: with good sealing and surface treatment, it can effectively prevent dust, water vapor and other pollutants from entering the optical path system, affecting the laser transmission and welding quality.

Application industry

Automobile manufacturing: it is used for the welding of automobile parts such as engine block and body structure. The protective lens can ensure the high precision and stability of laser welding, and improve the welding quality and production efficiency.

Electronic manufacturing: in the welding of electronic components, such as chip packaging, circuit board welding, etc., protective lenses can ensure the accurate focusing and transmission of laser, and meet the requirements of electronic manufacturing for high-precision welding.

Hardware processing: it is applicable to the welding of all kinds of hardware products, such as tools, locks, bathroom hardware, etc. protecting the lens helps to achieve beautiful and firm welded joints and improve product quality.

Aerospace: in the welding of metal parts in the aerospace field, the protective lens can withstand high-energy laser and harsh working environment to ensure that the welding quality meets the strict standards of aerospace.

New energy: for example, the electrode lug welding in the production of lithium batteries and the silicon wafer welding in the photovoltaic industry. The protective lens can ensure the stability and consistency of laser welding and improve the performance and reliability of new energy products.