High reflectivity and high transmittance dichroic mirror
The short-pass dichroic mirror is designed for an incident angle of 45°. It reflects wavelengths longer than a specific wavelength while transmitting shorter wavelengths, allowing for spectral separation.
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basic information
■ FLD Series ・Average transmittance @ transmission wavelength range 90% (typical) ・Average reflectance @ reflection wavelength range 97% (typical) ・Incident angle 45±2° ・Size 25 +0.0/-0.2 mm ・Filter thickness 1.1 ± 0.1 mm ■ High durability ■ Low cost
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Applications/Examples of results
■ Fluorescence observation and measurement ■ Microscopy applications ■ Biophotonics ■ Biomedical
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| Model number | overview |
|---|---|
| FLD 495 DSP | Transmission wavelength range 400–488nm, reflection wavelength range 502–1000nm, incident angle 45° |
| FLD 548 DSP | Transmission wavelength range 400–539nm, reflection wavelength range 557–1000nm, incident angle 45° |
| FLD 553 DSP | Transmission wavelength range 400–544nm, reflection wavelength range 562–1000nm, incident angle 45° |
| FLD 558 DSP | Transmission wavelength range 400–552nm, reflection wavelength range 561–1000nm, incident angle 45° |
| FLD 601 DSP | Transmission wavelength range 400–594nm, reflection wavelength range 608–1000nm, incident angle 45° |
| FLD 650 DSP | Transmission wavelength range 400–644nm, reflection wavelength range 656–1000nm, incident angle 45° |
| FLD 748 DSP | Transmission wavelength range 400–738nm, reflection wavelength range 758–1000nm, incident angle 45° |
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We are a group of experts specializing in spectroscopy, focusing on cutting-edge equipment such as light sources, spectrometers, detectors, our unique laser measurement systems, analytical devices, and femtosecond laser processing.