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Power: 0.5 W - 1.5 W
Wavelength: 520 nm
... crystal incorporated within the laser head. This offers more than 500 mW of average power. A separate SHG module that can be used in conjunction with a standalone Chromacity 1040 laser. ...
Power: 500 W
Wavelength: 430 nm - 470 nm
... welding and other fields. The 500W blue laser is generally used for applications, and several kilowatts of infrared lasers are required to complete the same application. Therefore, blue light only needs ...
Power: 0.016 W - 0.1 W
Wavelength: 375 nm - 1,064 nm
Excelsior® of low-power continuous wave (CW) solid state lasers offer a comprehensive range of wavelengths and power levels. Providing state-of-the-art performance with ...
Power: 20 W - 120 W
Wavelength: 10,600, 10,200, 9,600, 9,300 nm
... variety of materials, including wood, cloth, leather, paper, films, plastics, die boards, and even glass. These low power (<150 W) CO2 lasers combine superior optical performance with ...
Power: 1,000, 800, 500 W
Wavelength: 1,080 nm
... the laser can be monitored in real time, alarm messages can be received in time, and data can be collected. The laser uses water-cooling and shelf case design, with competitive advantage like high energy ...
JPT Opto-electronics
Power: 3,000, 2,000, 1,500 W
Wavelength: 1,080 nm
... the laser can be monitored in real time, alarm messages can be received in time, and data can be collected. The laser uses water-cooling and shelf case design, with competitive advantage like high energy ...
JPT Opto-electronics
Power: 6,000, 4,000 W
Wavelength: 1,080 nm
... the laser can be monitored in real time, alarm messages can be received in time, and data can be collected. The laser uses water-cooling and shelf case design, with competitive advantage like high energy ...
JPT Opto-electronics
Power: 12,000, 8,000 W
Wavelength: 1,080 nm
... the laser can be monitored in real time, alarm messages can be received in time, and data can be collected. The laser uses water-cooling and shelf case design, with competitive advantage like high energy ...
JPT Opto-electronics
Power: 20,000 W
Wavelength: 1,080 nm
... the laser can be monitored in real time, alarm messages can be received in time, and data can be collected. The laser uses water-cooling and shelf case design, with competitive advantage like high energy ...
JPT Opto-electronics
Power: 150, 250, 1,500 W
Wavelength: 1,080 nm
... of the laser can be monitored in real time, alarm messages can be received in time, and data can be collected. The laser uses air-cooling and shelf case design, with competitive advantage like high energy ...
JPT Opto-electronics
Power: 3,000, 300, 400 W
Wavelength: 1,080 nm
... of the laser can be monitored in real time, alarm messages can be received in time, and data can be collected. The laser uses air-cooling and shelf case design, with competitive advantage like high energy ...
JPT Opto-electronics
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