Laser module is consisting of laser diode, optic lens, electric driving circuit board inside its durable metal housing tube. On consideration of its good thermal emitting system and electric power source supply, it is able to work with high intensity visible laser light or invisible infrared laser light source emission from laser beam aperture. Available with multiple laser module shapes, such as dot, line, cross line laser modules, fiber coupled laser modules and single mode laser diode modules etc, it is providing excellent laser source for industrial and high tech used fields.

Laser modules within wide range wavelength of 405nm to 1064nm is are available in multiple types, including 405nm violet laser, 445nm, 450nm, 455nm, 460nm, 473nm blue lasers, 505nm, 515nm, 520nm, 532nm green lasers, 635nmm, 638nmm, 650nm, 655nm, 670nm, 680nm red lasers, 808nm, 940nm, 980nm, 1064nm infrared laser modules etc. There are developed and manufactured into different types of dot, line, cross line laser modules with formal low power range power range of 5mW to 100mW, and high power range up to 150mW to 1000mW.

These laser modules are OEM lasers, generated with ultra compact and durable metal housing structure, and ultra fine thermal emitting system. Either adopting inner or external configured cooling system, and different type of tube diameter, they are working well with good performance, high level of laser beam stability upon 85% after long lasting work time of 8 to 10 hours per day, and long serving lifetime of more than 8,000 hours. Usually lasers are getting featured advantages of low noise, low power consumption, good thermal emitting system performance in practical operation.

Applications:
Laser module are mostly used for OEM lasers, integrating with other larger devices by engineers or manufacturers, such as robot, laser cutting bridge machine, laser car wheel alignment etc. Ultra compact size tube design has just made it applicable with integrated battery for those of hand hold devices or others etc.

Industrial applications: dot, line, cross, or parallel line laser modules are applied for laser engraving, laser cutting, laser scribing, drilling system, laser welding machine etc.

Medical therapy: high power red or infrared laser modules are used for removing problem tissues, diagnostic of cancer cells, laser treatment, laser surgery etc.

Laser communications: Laser diode based laser diode modules are used as main light source for silica fiber lasers, which has less transmission loss in the band, applicable for pumping source for optical amplification, and close distance optical link etc.