Laser Optics

Laser medicine is based on the selective photothermal effect of lasers. When laser irradiates biological tissues, a specific wavelength of laser is absorbed by pigments or water molecules in the target tissue and converted into thermal energy.

Laser marking is a technology that uses high-energy density laser to locally irradiate the workpiece, causing the surface material to vaporize or undergo a chemical reaction that changes color, thereby leaving a permanent mark.

Laser welding consists of an optical oscillator and a medium placed between the mirrors at both ends of the oscillator hole.

Laser cutting is the emission of a high-power density laser beam, whose energy rapidly heats up the material to the threshold of melting, vaporization, or combustion.

Lidar emits a laser beam towards the target and then receives the laser signal reflected back from the target.

Laser illumination is an illumination technique that uses a laser beam as a light source. By using a laser emitter to generate a high-intensity, highly directional laser beam.

Laser imaging is based on the highly focused, high brightness, and strong monochromaticity characteristics of laser beams. Including components such as laser, lens, scanning device, and receiver.

Laser measurement is characterized by high focusing, high brightness, and strong directionality of the laser beam. When a laser beam is irradiated on the surface of an object, reflection, scattering, and absorption phenomena occur.