In special working occasion where users are looking for quite efficient dot alignment under night vision illumination, not workable at all to adopt any manual dot projecting tool or other visible laser devices, it would be quite efficient solution to make advanced use of a long wavelength preventing made 808nm infrared laser diode module. It is not able to observe any IR laser beam and IR reference dot. Only if this infrared dot laser gets proper use of night vision device, such as a simple CCD camera, black and white camera or IR laser camera, it makes the most efficient infrared laser light conversion and extremely clear and accurate infrared dot projection under all night vision fields.
This 808nm infrared laser diode module only projects invisible infrared laser light from laser beam aperture. When it is operating as an accessory part, available with import 808nm infrared laser diode within 100mW to 500mW, it is making up to 80% photoelectric ability infrared laser light emission. Usually within low power of 100mW to 200mW, infrared dot laser is making clear dot generation within 50 meters, while high power IR laser up to 300mW to 500mW would make highly accurate dot generation as long as 100 to 1000 meters. According to correct use of DC input power supply, after proper selection of 5V or 9V operating voltage, it makes sure of intense IR laser light emission and the most accurate IR dot generation effectively.
Being made with durable aircraft used aluminum alloy housing tube and inner metal heat sink cooling system, 808nm infrared laser diode module achieves superior nice thermal conductivity and increasing stability IR dot projection in continuous use. In multiple night vision dot alignment fields, within wide range operating temperature of -10 to 45 degree Celsius, infrared laser dot alignment is not affecting at all, also keeping highly stable IR dot generation under any harsh working occasions of mechanical moving or calibration in continuous use.
Whatever kind of working surface it is pointing, owing to quite special use of APC, ACC driving circuit board, 808nm infrared laser diode module enables constant output power and electric current supply, always maintaining extremely clear and accurate IR dot generation within constant use of 8 to 10 hours. After quite easy installation onto night vision, usually the genuine alignment laser dot projection gets the lowest relying on manual labor force input and extra long time spending on prior dot positioning work. Whenever users are paying the highest attention to IR laser radiation and thermal hurt to human eyes, only after correct use of infrared laser safety goggles, this infrared dot laser makes high security and high speed dot alignment effectively.
Being made with durable aircraft used aluminum alloy housing tube and inner metal heat sink cooling system, 808nm infrared laser diode module achieves superior nice thermal conductivity and increasing stability IR dot projection in continuous use. In multiple night vision dot alignment fields, within wide range operating temperature of -10 to 45 degree Celsius, infrared laser dot alignment is not affecting at all, also keeping highly stable IR dot generation under any harsh working occasions of mechanical moving or calibration in continuous use.
Whatever kind of working surface it is pointing, owing to quite special use of APC, ACC driving circuit board, 808nm infrared laser diode module enables constant output power and electric current supply, always maintaining extremely clear and accurate IR dot generation within constant use of 8 to 10 hours. After quite easy installation onto night vision, usually the genuine alignment laser dot projection gets the lowest relying on manual labor force input and extra long time spending on prior dot positioning work. Whenever users are paying the highest attention to IR laser radiation and thermal hurt to human eyes, only after correct use of infrared laser safety goggles, this infrared dot laser makes high security and high speed dot alignment effectively.
No comments:
Post a Comment