Optical Filters
Dichroic Mirrors &Optical Filters
High-performance dichroic mirrors and optical filters for precise wavelength selection. Separate, reflect, and transmit specific colors of light with exceptional efficiency.
Precise Wavelength Selection
Selectively reflect or transmit specific wavelengths with high efficiency and minimal crosstalk.
Durable Coatings
Hard-coated surfaces resist scratches and environmental damage for long-lasting performance.
High Transmission
Maximize light throughput with optimized coating designs for your specific applications.
Featured Products
Dichroic Mirrors
Our dichroic mirrors separate light by wavelength, reflecting specific colors while transmitting others
Red Reflecting Dichroic
Reflects red wavelengths (600-700nm) while transmitting green and blue light. Perfect for RGB color separation in fluorescence microscopy.
- • Reflects: Red (600-700nm)
- • Transmits: Green & Blue
- • Reflectance: >95%
Blue Reflecting Dichroic
Reflects blue wavelengths (400-500nm) while transmitting green and red light. Ideal for laser beam combining and spectral imaging.
- • Reflects: Blue (400-500nm)
- • Transmits: Green & Red
- • Reflectance: >93%
Green Reflecting Dichroic
Reflects green wavelengths (500-570nm) while transmitting blue and red light. Compact design for space-constrained setups.
- • Reflects: Green (500-570nm)
- • Transmits: Blue & Red
- • Reflectance: >90%
Technology
How Dichroic Mirrors Work
Dichroic mirrors use thin-film interference coatings to selectively reflect certain wavelengths while transmitting others. Multiple layers of materials with different refractive indices create constructive interference for specific colors.
- Precision multi-layer optical coatings
- Sharp cut-off wavelength transitions
- Minimal absorption losses
- Angle-dependent spectral characteristics
Use Cases
Applications
Dichroic mirrors and optical filters enable precise light control across many fields
Fluorescence Microscopy
Separate excitation and emission wavelengths for clear imaging
Laser Systems
Combine or separate laser beams of different wavelengths
Display Technology
RGB color separation and combination in projectors
Spectroscopy
Wavelength selection and filtering for spectral analysis