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UV IR Broadband Coated Endoscope Lens Spectral Medical Imaging Fused Silica

Product Specification
Place of Origin: Guangdong, China
Brand Name: ECER Optics
Certification: ISO 9001:2015
Model Number: EL-SPEC-UVIR
Minimum Order Quantity: 10 Pieces
Price: USD 1-30 / Piece
Payment Terms: T/T,PayPal,Western Union
Supply Ability: 50000 Pieces per Month
Product Details
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UV IR Coated Endoscope Lens

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Broadband Spectral Optics

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Fluorescence Imaging Rod Lens

Product Name: UV IR Broadband Endoscope Lens
Application: Fluorescence Guided Surgery
Spectral Range: 250nm - 2000nm
Coating: Broadband Multi-layer AR
Material: UV Fused Silica
Transmission: >95% At Design Wavelengths
Diameter: Custom 1mm - 10mm
Surface Quality: 40-20 Scratch-Dig
Product Description
UV IR Broadband Coated Endoscope Lens Spectral Medical Imaging Fused Silica

This UV IR broadband coated endoscope lens is purpose-built for spectral medical imaging applications such as fluorescence guided surgery, where the optical train must transmit excitation light and emission signal across widely separated wavelength bands. The rod lens is fabricated from UV fused silica, a substrate with exceptional transmission from 250nm to 2000nm, and coated with a broadband multi-layer stack that maintains high transmission at both the excitation and emission wavelengths. This spectral endoscope lens eliminates the contrast loss that occurs when standard visible-only optics attenuate fluorescence signals.

Fluorescence imaging systems depend on precise spectral management, and this UV IR coated endoscope lens is designed to preserve the integrity of both channels. The coating design is optimized for common fluorophore pairs such as ICG at 800nm and blue-green dyes in the 450-550nm range, with transmission above 95 percent at the design wavelengths. Each broadband spectral optics rod is polished to a 40-20 scratch-dig surface quality and supplied with a measured spectral transmission curve. Custom band combinations, rod diameters from 1mm to 10mm, and multi-element assemblies are available for OEM fluorescence imaging platforms.

Technical Specifications
Product Name UV IR Broadband Endoscope Lens
Spectral Range 250nm - 2000nm
Coating Broadband Multi-layer AR
Material UV Fused Silica
Transmission >95% at Design Wavelengths
Surface Quality 40-20 Scratch-Dig
Diameter Custom 1mm - 10mm
Fluorophore Support ICG 800nm, Blue-Green 450-550nm
Application Fluorescence Guided Surgery
Certificate RoHS Compliant, ISO 9001:2015
Key Advantages
  • Simultaneous high transmission for excitation and emission bands
  • UV fused silica substrate covers 250nm to 2000nm without absorption dips
  • Boosts fluorescence signal contrast for earlier tissue detection
  • Broadband coating tuned to ICG and blue-green fluorophore pairs
  • Measured spectral transmission curve provided with every batch
  • Custom band combinations match proprietary imaging channels
  • Suitable for NIR fluorescence and photodynamic diagnosis systems
  • 40-20 surface quality keeps scatter low across the full spectrum
Product Q&A
Why is broadband coating critical for fluorescence endoscopy?
Fluorescence systems send excitation light into tissue and read the much weaker emission signal coming back. If the endoscope lens attenuates either band, contrast drops and tumors become harder to see. A UV IR broadband coating keeps both channels above 95 percent transmission, preserving the signal-to-noise ratio the system was designed for.
Which fluorophores is this lens optimized for?
The standard coating is optimized for ICG at approximately 800nm excitation and emission, and for blue-green fluorophores in the 450-550nm range. Because coating designs are adjustable, we can also target Cy5, Cy7, or proprietary dye combinations used in your imaging platform.
Can the rod lens be integrated into an existing fluorescence scope?
Yes. The rod diameter, length, and end face geometry are customized to your optical train, and we provide the measured spectral curve for your system integration. Our engineers routinely support OEM programs that retrofit existing rigid endoscopes for fluorescence capability.
What documentation supports regulatory submission?
We supply spectral transmission measurements, material certificates for UV fused silica, surface quality inspection records, and RoHS declarations. For medical device programs, this documentation package supports the optical component section of your technical file.
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