Products_MsiaTekTechnology (Wuxi) Co., Ltd

Aerosol LiDAR SAL-100

The SAL-100 Aerosol LiDAR can accurately identify pollution sources outdoors through scanning methods such as horizontal, vertical, and conical scann

Aerosol LiDAR SAL-200

Utilizing the principle of Mie scattering, the atmospheric Aerosol LiDAR emits laser beams at a wavelength of 1064nm. Through a telescope, it receive

Aerosol LiDAR SAL-300

The SAL-300 Aerosol LiDAR can accurately identify pollution sources outdoors through scanning methods such as horizontal, vertical, and conical scann

Aerosol LiDAR CAL-100

Utilizing the principle of Mie scattering, the atmospheric Aerosol LiDAR emits laser beams and receives and analyzes vertically and parallelly polari

Aerosol LiDAR CAL-200

The atmospheric Aerosol LiDAR utilizes the principle of Mie scattering to emit lasers and receives and analyzes vertically and horizontally polarized

Ozone LiDAR SOL-100

The SOL-100 atmospheric ozone LiDAR is capable of real-time online monitoring of the vertical distribution of atmospheric ozone concentration, providing powerfu

Ozone LiDAR SOL-200

The SOL-200 atmospheric ozone LiDAR is capable of real-time online monitoring of the vertical distribution of atmospheric ozone concentration, providing powerfu

Ozone LiDAR SOL-300

The SOL-300 atmospheric ozone LiDAR is capable of real-time online monitoring of the vertical distribution of atmospheric ozone concentration, providing powerfu

Ceilometer SCL-100

The SCL series ceilometers, utilizing the principle of Mie scattering, are capable of measuring cloud base height, cloud thickness, and other related parameters

Ceilometer SCL-200

The SCL series ceilometers, based on the principle of Mie scattering, are capable of measuring cloud base height, cloud thickness, and other related parameters.

Ceilometer SCL-300

The SCL series ceilometers, utilizing the principle of Mie scattering, are capable of measuring cloud base height, cloud thickness, and other related parameters

Ceilometer SCL-400

The SCL series ceilometers, based on the principle of Mie scattering, are capable of measuring cloud base height, cloud thickness, and more. Leveraging years of

Visibility LiDAR SVL-100

The SVL series visibility LiDAR, based on the principle of Mie scattering, is capable of outputting spatial distribution information of high-humidity air masses

Temperature and Humidity LiDAR CTHL-100

The CTHL-100 Temperature and Humidity Profiling LiDAR, based on the principles of Mie scattering and Raman scattering, detects Stokes and anti-Stokes scattering

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