In any type of ultra clear and precise cross line generation in laboratory application fields, under operation of night version illumination work fields, it would be a quite efficient job to medical workers to operate a long wavelength device, such as a 808nm infrared crosshair laser module. It keeps work with intense and powerful infrared laser light source emission directly from an import 808nm infrared laser diode. Together with a laser alignment mounting bracket, this ultra compact structure made cross laser alignment is fixed or integrated into the experimental setup. Not limited by long distance, high height and other complex working environments, based on correct use of output power and optic lens fan angle, it enables ultra, fine and straight IR cross line generator for all laboratory works effectively.
Connected with an AC/DC adapter, within the lowest time and energy consumption, 808nm infrared crosshair laser module makes constant infrared laser beam and infrared cross line projection from beam aperture. It emits infrared cross lines as an optical reference, working in conjunction with infrared imaging equipment and photoelectric sensors for experimental setup calibration, sample positioning, optical path alignment, and marking of physical/chemical phenomena. Employed by an import 808nm infrared laser diode and metal heat sink cooling system inside a different dimension metal housing tube, infrared cross laser alignment gets superior nice heat dissipation, increasing stability and accuracy infrared vertical and horizontal lines generation in continuous use.
When it projects invisible infrared laser beam, 808nm infrared cross line laser module gets good concealment, which does not interfere with visible light experiments or affect the properties of photosensitive samples. Featured by its special use of a qualified glass coated lens and adjustable focus optic lens in front of beam aperture, selected with 10, 15 and 110 degree fan angles, it generates high linear quality and highly straight infrared cross line source with micron-level reference, ensuring the accuracy of experimental data. Owing to its strong environmental adaptability, infrared cross laser alignment can be resistant to electromagnetic interference, temperature fluctuations, and slight vibrations, suitable for complex laboratory experimental conditions. It always enables stable operation, long serving lifetime and low maintenance cost.
Applications in laboratory fields:
Optical experiments: Optical path calibration and alignment of optical systems (such as lenses, prisms, interferometers), assisting in adjusting optical path accuracy.
Materials Science Experiments: Observation of sample surface microstructures and region marking during thin film deposition to aid in precise sampling and testing.
Biological Experiments: Cell region localization during microscopic observation and specific region marking during microbial culture to improve observation efficiency.
Physics Experiments: 808nm infrared alignment laser is used for reference marking for object trajectories in mechanics experiments and precise positioning of electrodes or probe points in electromagnetics experiments to aid data acquisition.
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