Sharp cut dichroic mirror 490nm

SDM490S

Divides sharply the color of wavelength by reflecting the short wavelength and transmitting the long wavelength. Suitable for use in Bio-imaging and flow cytometry applications.
◦The short wavelength has high reflectance, fits perfectly for use in excitation light and fluorescence imaging.
◦The feature of the structure of this mirror is to maintain the distance of the edges of the P polarization and the S polarization to be close to each other. It narrows the gap of the reflective range and the transmission range to provide a steep rise.
◦There is limited absorption due to the dielectric coating.
More Information
Name Sharp cut dichroic mirror 490nm
Weight 0.0050kgs
Standard Coatings Available No
Guide
  • Use the SDM mirror with interference filter as a pair for Bio-imaging applications.
  • For specific mirror holder, please contact our Sales Division.
  • Different size, wavelength and deviation ratio not mentioned on-line or in our catalog are available as custom products upon on request.
  • For aluminum mirror, dielectric mirror, TIRF Mirror (Total Internal Reflectance Fluorescence), please contact our Sales Division with your request.
Remark -
Attention
  • The transmittance characteristic of the mirror is a combination of the coating values of both sides of the mirror.
  • Use the mirror other than at 45 degrees angle of incidence, the transmittance and the reflectance characteristics may be different than specified.
  • The right reflecting surface appears when you see the notch on the upper right side of the mirror.
Image Label Sharp cut dichroic mirror 490nm
Reflectance >99%
Transmittance >avg. 90%/>75% (avg. ; average with respect to wavelength)
Transition wavelength 490nm
High reflectance range 450 - 482nm
Reflectance >99%
High transmittance range 499 - 630nm/630 - 655nm
Transmittance >avg. 90%/>75% (avg. ; average with respect to wavelength)
In stock
SKU
SDM490S
$312.00

Delivery in : 6-12 weeks

Divides sharply the color of wavelength by reflecting the short wavelength and transmitting the long wavelength. Suitable for use in Bio-imaging and flow cytometry applications.

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