2 colors out of 405 to 810 nm  /  MICRO

Laser display , entertainment , machine vision • Available wavelengths and power for each channel 405 nm 300 mW 450 nm 1400 mW 520 nm 800 mW 638 nm 500 mW 660 nm 500 mW 810 nm 1000 mW • OEM modul (driver as option) 105 x 60 x 25 mm³ • Industrial housing design • Modulation of each channel DC - 200 kHz (driver dependent)

3 colors out of 405 to 810 nm  /  TRIUS

Fluorescence excitation , laser display , machine vision • Available wavelengths and power for each channel 405 nm 300 mW 450 nm 1300 mW 520 nm 700 mW 532 nm 500 mW 638 nm 500 mW 660 nm 500 mW 810 nm 1000 mW • Modulation of each separate channel DC - 200 kHz  (50 kHz at 532 nm) • Beam diameter  /  Divergence < 3.5 x 3.5 mm²  /  < 1.0 mrad • Very compact housing Laser head 170 x 90 x 25 mm³ Driver 207 x 127 x 27.7 mm³  Up to 4 colors out of 405 to 810 nm  /  TIGER Fluorescence excitation , laser display • Available wavelengths and power for each channel 405 nm 300 mW 450 nm 1400 mW 520 nm 800 mW 638 nm 500 mW 660 nm 500 mW • Modulation of each separate channel DC - 200 kHz • Very compact OEM module 122.7 x 46.0 x 65.0 mm³ • Industrial, robust housing

Up to 6 colors out of 405 to 810 nm  /  SIXTUS

Flow cytometry , fluorescence excitation , TIRF illumination • Available wavelengths and power for each channel: 405 nm 300 mW 450 nm 1200 mW 520 nm 700 mW 638 nm 500 mW 660 nm 500 mW 785 nm 150 mW 810 nm 1000 mW • Laser head dimensions 220 x 125 x 48 mm³ • MM fiber coupled 50, 100, 200, 400, 800 µm • Modulation of each separate channel DC - 200 kHz (analog 0 -5 VDC)

MULTICOLOR LASER

For changing illumination requirements or changing environments, PEGASUS provides multiline laser modules with up to 6 different color channels. The power of each color channel can simoultaneously, independent modulated via an external analogue 0 - 5 V signal. This allows the user for laser display applications an easily setting of the “multiline output” to any color and thus having an extremely compact RGB device. Mainly for machine vision or biophotonics illumination setups, the contrast to any kind of projection surface (color), even for changing surfaces, could be optimized regarding contrast or fluorescence efficiency with the same laser device.