Laser imaging is based on the high focus, high brightness and strong monochromaticity of the laser beam. It mainly includes laser, lens, scanning device, receiver and other components. The laser is used to generate the laser beam, the lens is used to…

Laser illumination is a kind of illumination technology using laser beam as light source. By using a laser emitter (such as a laser) to generate a laser beam with high intensity and high directivity, and then focusing, diffusing or guiding the laser …

Lidar emits laser beam to the target, and then receives the laser signal reflected from the target. By comparing and processing the transmitted signal and the received signal, the distance, speed and other parameters of the target object can be calcu…

Laser cutting is to focus the laser beam with high power density on the surface or inside of the material to be cut. The energy of the laser beam rapidly heats the material to the threshold of melting, vaporization or combustion. At the same time, th…

The laser welding technology consists of an optical oscillator and a medium placed between the mirrors at both ends of the oscillator cavity. When the medium is excited to a high energy state, it starts to produce in-phase light waves and reflect bac…

Laser marking is a technology that uses high energy density laser to irradiate the workpiece locally, so that the surface material will vaporize or undergo chemical reaction of color change, thus leaving permanent marks. The basic principle of laser …

Laser medical treatment It is based on the selective photothermal effect of laser. When the laser beam irradiates the biological tissue, the laser of a specific wavelength will be absorbed by the pigment or water molecules in the target tissue and co…

Infrared optical windows are optical materials designed to transmit infrared wavelengths, widely used in military, industrial, medical, and other fields. ​​Key Materials​​:Infrared optical windows require excellent infrared transmittance. Common mate…

Technical Specifications​​ ​​Process​​ ​​Capability & Precision​​ Photoresist Coating Spin Coating: Thickness accuracy ≤ 3% (flat surfaces) Photoresist Coating Spray Coating: Thickness accuracy ≤ 10% (flat/irregular surfaces) Lithography Accuracy…

Technical Specifications​​ Parameter TGV Specifications ​​Material​​ Glass, Quartz, etc. ​​Wafer Size​​ 4”, 6”, 8”, 12”, etc. ​​Min. Thickness​​ 0.2mm (<6”), 0.3mm (8”), 0.35mm (12”) ​​Min. Aperture​​ 20μm ​​Taper Angle​​ 3~8° ​​Via Pitch​​ 50μm, …