Laser Welding

Laser Welding

Laser Welding

Laser welding technology consists of an optical oscillator and a medium placed between the mirrors at both ends of the oscillator hole. When the medium is excited to a high-energy state, it begins to generate in-phase light waves and reflect back and forth between the two mirrors, forming a photoelectric cascade effect, amplifying the light waves and obtaining enough energy to start emitting lasers.

Detailed Introduction

Optical components required for laser welding

Windows

Calcium fluoride windows, barium fluoride windows, magnesium fluoride windows, silicon windows, germanium windows, zinc selenide windows, zinc sulfide windows, sapphire windows, fused silica windows, lithium fluoride windows, K9 glass windows


Lens

planar convex lens, planar concave lens, biconvex lens, biconvex lens, meniscus lens


Filters

Germanium long wave pass filters, silicon long wave pass filters


Mirrors


Application fields of laser welding

Automotive manufacturing, aerospace, electronic assembly, medical device manufacturing, jewelry industry, machinery manufacturing, construction, shipbuilding, petrochemical industry


Instruments required for laser welding

Laser generator, optical oscillator, fiber laser welding machine pulse laser power supply, fiber transmission system, specialized cooling system, industrial TV observation system, radiation parameter sensor, process medium conveying system, process parameter sensor

Optical Components Required For Laser Welding

Related Application Fields

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