
In various raw material processing works, on consideration of ultra high precision and high brightness dot indication onto different working surfaces, it would be a quite efficient job to operate a high density beam emitted device, such as a 445nm blue laser diode module. It applies a short wavelength of 405nm, however the photon energy is much higher than other visible laser devices in all visible spectra, and higher energy can be concentrated on a smaller light spot. On condition that ultra compact structure made 445nm blue dot laser gets correct use of output power and operating voltage, it is suitable for processing and analysis scenarios that require high energy density.
Unlike the formal use of a blue laser pointer, the usual use of a 445nm blue laser diode module is in need to generate long time lasting blue laser beam and blue reference dot, thus which can be working together with other machine or equipment in real use. Its blue laser beam has good directivity and can provide precise blue dot indication onto different working surfaces. Owing to its basic equipment of thermal emitting system inside its durable metal housing tube, the genuine use of a blue dot laser is more stable and accurate than some traditional light source in industrial measurement, positioning and calibration work, and can achieve high precision dot positioning alignment and size measurement.
For a lot of industrial processing materials, especially metal materials, the absorption effect of 445nm blue laser diode module is good, which can effectively convert blue laser light energy into heat energy and achieve efficient processing, while other wavelengths of lasers may have insufficient absorption problems on some materials. Being made with a qualified glass coated and adjustable focus optic lens, whenever blue dot laser gets high concentration blue laser light, it also converts into ultra clear and precise blue dot alignment at longer distance and higher lighting occasions as well.
Being made with ultra compact structure and durable anodized aluminum alloy housing tube, available with 16mm and 26mm diameter diameter, 445nm blue laser diode module utilizing advanced semiconductor laser technology and packing technology, which is easily integrated into various equipment and systems. At the same time, it is equipped with high performance APC, ACC driving circuit board, which gets good heat dissipation, maintains stable output power and wavelength under different environmental conditions.
Applications:
Industrial processing: 445nm blue dot laser alignment can be used for welding, cutting and engraving of high-reflectivity metals such as copper and aluminum. Blue laser light source can be better absorbed by metals, achieve a controllable molten pool with lower energy, reduce vaporization, and improve processing accuracy and quality. In the fields of automobile manufacturing and additive manufacturing, high-precision material processing and surface treatment can be performed, and fine processing can be achieved by using its high energy density, high precision and high beam sensitivity.
Biomedicine: 445nm wavelength blue laser light radiation can excite the fluorescence of a variety of substances and is used in fluorescence microscopy, fluorescence spectroscopy, etc. to help observe the microstructure of biological samples and the distribution of biomolecules. It can also be used for calibration and positioning of medical equipment, as well as phototherapy applications in some new medical technologies.
Optical communication: As a light source in optical fiber communication, its short wavelength of 445nm can achieve higher data transmission rates and greater transmission capacity.
Scientific research: In the fields of photochemistry, photobiology, optoelectronics, etc., 445nm blue laser diode module can be used as an excitation light source or a detection light source to study the interaction between light and matter.