Laser Tech and Laser Safety
Wide Applications of Diode Lasers
Diode laser (semiconductor laser) is a type of laser system making use of semiconductor raw material, due to difference in matter structure, producing quite special laser beam in different wavelengths. It is featured by compact structure, light weight, high electro optical conversion efficiency, direct modulation and easy to use etc. In large variety of scientific work fields, it gets wide applications in laser communication, printing plate, optical information processing etc.
808nm Infrared Line Laser Module
808nm infrared line laser module gets the most superior advantages of high luminous efficiency and strong luminous intensity. It can get extremely high photoelectric conversion efficiency of up to 80%. Comparing with visible lasers with same output power range, 808nm infrared laser always gets lower energy consumption an even longer infrared illumination distance.
445nm Blue Line Laser Module
In large variety of industrial precise machinery processing works, high brightness 445nm blue line laser module is widely used in various industrial marking, industrial laser modules, military equipment and apparatus, teaching testing light source, laser medical equipment, stage lighting, and presentation used laser light, and laser positioning devices etc.
360° Laser Line Generator
Berlinlasers develops 360° laser line generator, which is able to generate high straight line in the whole vertical or horizontal surfaces in same working space. The same as other formal line lasers, 360° laser line generator is available with a large variety of wavelength of 515nm, 532nm, 635nm, 650nm, 445nm, and 808nm and 980nm IR lasers etc.
Cross Line Laser Module
Cross line laser module makes the best use of superior laser advantages of good direction and high brightness, always generating high accuracy 90 degrees two perpendicular lines on all desired working surfaces. This cross line alignment tool is easy to operate and install, providing users high stability and direct cross line positioning on desired working surfaces. When users are making accurate cross line positioning with this advanced crosshair laser module, it can greatly improve working efficiency, reduce manual and production cost, thus greatly improve work efficiency seriously.
How to Improve Output Power Stability of Green DPSS Laser Systems
In various high tech scientific research works, continuous and pulsed green lasers are able to fulfill majority of applications. However, in some of special working fields, such as laser light fluorescence, lighting absorption, light scattering method, and precise measurements, green DPSS laser systems are always in serious requirement of high output power stability. As a result, it is extremely important for laser tech engineers to pay high attention to development and research of higher quality lasers.