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Laser lens includes laser spherical lens, laser aspherical lens, laser cylindrical lens and so on. In the laser optical system, they play the role of ray convergence and laser beam shaping. Our company provides high power, high precision laser lens. Products can be customized on demand.
A laser band-pass filter has a wavelength of 355nm/532nm/633nm/1064nm/10.6 um and is characterized by high damage threshold, high surface quality and high precision. Application: laser cutting, laser welding, laser marking, etc. Technical specifications：
The laser radar filter is the core element of the laser detection and ranging system. The general wavelength of the laser radar filter produced by our company is 532 nm, 905 nm, 940 nm, 1064 nm, 1550 nm, etc. Application:Intelligent vehicle driving, atmospheric measurement, ocean research, military and other fields. Technical specifications：
Infrared band-pass filters are designed to detect and measure gases in the atmosphere. Many gases show specific absorption lines in the mid-to far-infrared range. The gas concentration can be measured using a filter that allows monitoring of the uptake of this particular gas. Application: mainly used in infrared optical smoke and dust concentration online monitoring equipment, pollution source smoke and dust emission monitoring, dust concentration monitoring in industrial manufacturing, dust...
Laser lens includes laser spherical lens, laser aspherical lens, laser cylindrical lens and so on. In the laser optical system, they play the role of ray convergence and laser beam shaping. Our company provides high power, high precision laser lens. Products can be customized on demand. Application field: Security, digital cameras, laser welding, laser cutting, optical instruments, etc. Changchun Champion Optics Co.,Ltd.was founded in 2019, with a registered capital of 10 million yuan, jointly...
Laser galvanometer for high speed laser scanning system, consisting of X and Y mirrors, for galvanometer /CO2 galvanometer /1064galvanometer and UV galvanometer. Applications: laser marking, laser drilling, laser welding, etc. Technical index：
Laser hand-held welding is an emerging welding process in the market. Compared with traditional welding processes such as electric welding and argon arc welding, laser hand-held welding has obvious advantages such as simple operation, fast hand, good effect and wide application range. The product has light structure, comfortable grip, stable system, solid welding, spot scanning width can be adjusted in the range of 0-5mm, can be used with 2KW laser, support spot welding, continuous welding,...
Notch filters (BEF, band inhibition) can transmission most wavelengths, but attenuates light to very low levels in a specific wavelength range (BEF). Notch filters, in contrast to band-pass filters, only inhibit light in a narrower wavelength range. Applications: Laser protection, Raman spectrometer, laser fluorescence analyzer, biomedical laser system, etc.
Notch filters (BEF, band inhibition) can transmission most wavelengths, but attenuates light to very low levels in a specific wavelength range (BEF). Notch filters, in contrast to band-pass filters, only inhibit light in a narrower wavelength range. Applications: Laser protection, Raman spectrometer, laser fluorescence analyzer, biomedical laser system, etc.
Notch filters (BEF, band inhibition) can transmission most wavelengths, but attenuates light to very low levels in a specific wavelength range (BEF). Notch filters, in contrast to band-pass filters, only inhibit light in a narrower wavelength range. Applications: Laser protection, Raman spectrometer, laser fluorescence analyzer, biomedical laser system, etc.
Notch filters (BEF, band inhibition) can transmission most wavelengths, but attenuates light to very low levels in a specific wavelength range (BEF). Notch filters, in contrast to band-pass filters, only inhibit light in a narrower wavelength range. Applications: Laser protection, Raman spectrometer, laser fluorescence analyzer, biomedical laser system, etc.
Notch filters (BEF, band inhibition) can transmission most wavelengths, but attenuates light to very low levels in a specific wavelength range (BEF). Notch filters, in contrast to band-pass filters, only inhibit light in a narrower wavelength range. Applications: Laser protection, Raman spectrometer, laser fluorescence analyzer, biomedical laser system, etc.
Notch filters (BEF, band inhibition) can transmission most wavelengths, but attenuates light to very low levels in a specific wavelength range (BEF). Notch filters, in contrast to band-pass filters, only inhibit light in a narrower wavelength range. Applications: Laser protection, Raman spectrometer, laser fluorescence analyzer, biomedical laser system, etc.
Notch filters (BEF, band inhibition) can transmission most wavelengths, but attenuates light to very low levels in a specific wavelength range (BEF). Notch filters, in contrast to band-pass filters, only inhibit light in a narrower wavelength range. Applications: Laser protection, Raman spectrometer, laser fluorescence analyzer, biomedical laser system, etc.
Infrared band-pass filters are designed to detect and measure gases in the atmosphere. Many gases show specific absorption lines in the mid-to far-infrared range. The gas concentration can be measured using a filter that allows monitoring of the uptake of this particular gas. Application: mainly used in infrared optical smoke and dust concentration online monitoring equipment, pollution source smoke and dust emission monitoring, dust concentration monitoring in industrial manufacturing, dust...
Infrared band-pass filters are designed to detect and measure gases in the atmosphere. Many gases show specific absorption lines in the mid-to far-infrared range. The gas concentration can be measured using a filter that allows monitoring of the uptake of this particular gas. Application: mainly used in infrared optical smoke and dust concentration online monitoring equipment, pollution source smoke and dust emission monitoring, dust concentration monitoring in industrial manufacturing, dust...
Infrared band-pass filters are designed to detect and measure gases in the atmosphere. Many gases show specific absorption lines in the mid-to far-infrared range. The gas concentration can be measured using a filter that allows monitoring of the uptake of this particular gas. Application: mainly used in infrared optical smoke and dust concentration online monitoring equipment, pollution source smoke and dust emission monitoring, dust concentration monitoring in industrial manufacturing, dust...
Infrared band-pass filters are designed to detect and measure gases in the atmosphere. Many gases show specific absorption lines in the mid-to far-infrared range. The gas concentration can be measured using a filter that allows monitoring of the uptake of this particular gas. Application: mainly used in infrared optical smoke and dust concentration online monitoring equipment, pollution source smoke and dust emission monitoring, dust concentration monitoring in industrial manufacturing, dust...
Infrared band-pass filters are designed to detect and measure gases in the atmosphere. Many gases show specific absorption lines in the mid-to far-infrared range. The gas concentration can be measured using a filter that allows monitoring of the uptake of this particular gas. Application: mainly used in infrared optical smoke and dust concentration online monitoring equipment, pollution source smoke and dust emission monitoring, dust concentration monitoring in industrial manufacturing, dust...
Infrared band-pass filters are designed to detect and measure gases in the atmosphere. Many gases show specific absorption lines in the mid-to far-infrared range. The gas concentration can be measured using a filter that allows monitoring of the uptake of this particular gas. Application: mainly used in infrared optical smoke and dust concentration online monitoring equipment, pollution source smoke and dust emission monitoring, dust concentration monitoring in industrial manufacturing, dust...
Infrared band-pass filters are designed to detect and measure gases in the atmosphere. Many gases show specific absorption lines in the mid-to far-infrared range. The gas concentration can be measured using a filter that allows monitoring of the uptake of this particular gas. Application: mainly used in infrared optical smoke and dust concentration online monitoring equipment, pollution source smoke and dust emission monitoring, dust concentration monitoring in industrial manufacturing, dust...
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