DM80-01-3-9510-3-LC

The DM80-01-3-9510-3-LC is a laser diode module in the 900-1100nm wavelength range with a mean output power level of 10mW. It is offered in two versions, with either a short focal length or long focal length. It operates from a single-lens collimator with a beam spot of 3mm in diameter for short focal length, and 2.5mm in diameter for long focal length.

The DM80-01-3-9510-3-LC laser diode module is suitable for a variety of applications, including laser printing, laser cutting, laser engraving, and optical communication systems. It provides improved performance over other similar modules due to its low power consumption, long life, high beam quality, and low noise. The module also offers excellent operational stability and long-term reliability, making it an ideal choice for a wide range of applications.

The working principle of the DM80-01-3-9510-3-LC laser diode module is based on atmospheric pressure laser technology. It works by generating a laser beam from a laser head that consists of two electrodes and a gas mixture of Argon, Neon and Carbon Dioxide (BCIR). The laser beam then passes through an optical cavity filled with air molecules that provide the laser output. The output power and wavelength of the laser output is controlled by the ratio of the air molecules in the cavity. The beam quality of the output is improved by keeping the air molecules stationary during the laser operation.

The wavelength and output power of the DM80-01-3-9510-3-LC laser diode module are adjustable so it can be customized to suit specific applications. It also features a long stability and a variety of output modes including continuous wave (CW) and high frequency pulsed modes. The module has a compact and robust design, making it ideal for a wide range of applications. It also requires minimal maintenance as it is maintenance-free.

The DM80-01-3-9510-3-LC laser diode module offers many advantages over other laser diode modules. Its compact size makes it highly cost-effective, and its long lifespan and low power consumption allow it to be used for long-term applications. Additionally, the module requires minimal maintenance and offers excellent beam quality. The long-term reliability and stability of the module make it an ideal choice for a wide range of applications.