博文

目前显示的是 七月, 2019的博文

Continuous Instructing 980nm Infrared Dot Laser Alignment

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Under special working occasion of highly clear dot measurement of night vision illumination, it is not helpful at all to only use visible laser device or other manual dot positioning device. At the same time, users are also not just keeping in mind of formal visible laser devices. The creation of long wavelength 980nm infrared dot laser alignment is a super great technical innovation. When it is used under special night vision device, such as a CCD camera, black and white camera or infrared laser camera, this intense light infrared laser module is just generating highly clear and accurate infrared reference line projection in distance effectively. Human eyes cannot capture any infrared laser light at all. This 980nm infrared dot laser alignment is only used as an accessory part, and getting quite special dot measuring result for special work fields. It is workable with quite high power up to 100mW to 500mW, only supported by 4V or 9V DC input power supply, it is making sure of conti

Freely Adjusted APC Driving 980nm Infrared Line Laser Alignment

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In some special dot measuring work fields, such as night vision illumination work fields, it might not be helpful at all to adopt formal visible laser device and other manual line projecting tool. In order to make quite convenient dot generation on any raw material surface, long wavelength 980nm infrared line laser alignment is being made by laser tech engineer. It is not the same as any visible laser devices, which is generating invisible infrared laser light and infrared reference line from laser beam aperture. When this infrared laser module gets proper use and easy installation under night vision device, it is concentrating highly intense and powerful infrared laser light immediately, and then converting into the most compact size infrared reference line in distance. This long wavelength made 980nm infrared line laser alignment generates invisible infrared laser light from laser beam aperture, which cannot be observed by human eyes directly. When it is trying to make continuous