Brief: Discover the advanced Dichroic Optical Mirrors with Fused Silica Substrate, designed for separating or combining wavelengths. These high-performance mirrors feature durable dielectric coatings, ideal for applications in fluorescence microscopy and spectral filtering. Learn about their specifications and standard products in this detailed overview.
Related Product Features:
Specialized mirror with different optical properties at two wavelengths, reflective below a cut-on wavelength and transmissive at longer wavelengths.
Manufactured using state-of-the-art techniques like electron beam deposition, ion beam sputtering (IBS), and ion-assisted deposition (IAD).
Hard dielectric coatings ensure durability and resistance to high power lasers.
Thermally stable under normal conditions, making them reliable for various applications.
Available in materials like BK7 Grade A optical glass and UV grade fused silica.
High precision with dimension tolerance of +0.0/-0.2mm and thickness tolerance of ±0.2mm.
Clear aperture >90% and surface quality of 60/40 scratch and dig.
Flatness <λ/8@632.8nm and parallelism <1 arc minute for superior optical performance.
자주 묻는 질문:
What are the primary applications of Dichroic Optical Mirrors?
Dichroic Optical Mirrors are used to split or combine beams of different wavelengths, with key applications in spectral filtering and fluorescence microscopy.
What materials are used in the construction of these mirrors?
These mirrors are constructed from BK7 Grade A optical glass or UV grade fused silica, ensuring high optical quality and durability.
How durable are the coatings on Dichroic Optical Mirrors?
The hard dielectric coatings are designed to withstand high power lasers and are thermally stable under normal conditions, ensuring long-term performance.