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Shanghai Advance Optical-Electronics Technology Co., Ltd

  • China,Shanghai ,Shanghai
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China High Precision 0.9mm Uvc 1/4 Lambda Glass Optical Filters Photo 5mm To 200mm
China High Precision 0.9mm Uvc 1/4 Lambda Glass Optical Filters Photo 5mm To 200mm

  1. China High Precision 0.9mm Uvc 1/4 Lambda Glass Optical Filters Photo 5mm To 200mm
  2. China High Precision 0.9mm Uvc 1/4 Lambda Glass Optical Filters Photo 5mm To 200mm
  3. China High Precision 0.9mm Uvc 1/4 Lambda Glass Optical Filters Photo 5mm To 200mm
  4. China High Precision 0.9mm Uvc 1/4 Lambda Glass Optical Filters Photo 5mm To 200mm
  5. China High Precision 0.9mm Uvc 1/4 Lambda Glass Optical Filters Photo 5mm To 200mm
  6. China High Precision 0.9mm Uvc 1/4 Lambda Glass Optical Filters Photo 5mm To 200mm
  7. China High Precision 0.9mm Uvc 1/4 Lambda Glass Optical Filters Photo 5mm To 200mm

High Precision 0.9mm Uvc 1/4 Lambda Glass Optical Filters Photo 5mm To 200mm

  1. MOQ: 1
  2. Price: $0.2~$100
  3. Get Latest Price
Packaging Details EVA+Vacuum
Supply Ability 1000k/per month
Delivery Time 3~30days after order
Payment Terms T/T&L/C
Use UVC Sterilization Systems
Customized support OEM, ODM
Material Optical Glass
Diameter tolerance +/-0.005mm
Surface accuracy N=1~3
Centerthickness tolerance +/-0.01mm
Focal length tolerance +/-1%
Surface quality 10/5~60/40
Width Tolerance +/-0.01mm
Operatingtemperature -20 to 70 °C
Place of Origin China
Brand Name Advance
Model Number as requirements
Certification ROHS\Reach

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  1. Product Details
  2. Company Details

Product Specification

Packaging Details EVA+Vacuum Supply Ability 1000k/per month
Delivery Time 3~30days after order Payment Terms T/T&L/C
Use UVC Sterilization Systems Customized support OEM, ODM
Material Optical Glass Diameter tolerance +/-0.005mm
Surface accuracy N=1~3 Centerthickness tolerance +/-0.01mm
Focal length tolerance +/-1% Surface quality 10/5~60/40
Width Tolerance +/-0.01mm Operatingtemperature -20 to 70 °C
Place of Origin China Brand Name Advance
Model Number as requirements Certification ROHS\Reach
High Light 0.9mm Optical Glass Filters200mm Optical Glass Filters5mm chromatic filter
High Precision 0.9mm UVC 1/4 Lambda Glass Optical Filters
Product Overview

High precision 0.9mm UVC 1/4 lambda glass optical filters photo chromatic optical lenses filter designed for advanced optical systems requiring exceptional accuracy in ultraviolet spectral control and imaging performance.

  • Infrared (IR) cut off filters are used with color CCD or CMOS imagers to produce accurate color images
  • IR cut-off filters block the transmission of infrared while passing visible light using absorption or reflection techniques
  • Absorptive filters are made with special optical glass that absorbs near infrared radiation
  • Mid-infrared filters serve as heat-absorbing filters in devices with bright incandescent light bulbs
Technical Specifications
Parameter Specification
Materials BK7 or other optical glass, quartz, sapphire, Ge, Si, ZnSe, CaF2 etc
Length 5~200mm
Width 5~200mm
Diameter 1.5~300mm
Center thickness tolerance +/-0.01mm
Length tolerance +/-0.01mm
Width tolerance +/-0.01mm
Diameter tolerance +/-0.0005mm
Surface accuracy N=1~3
Irregularity ΔN=0.1~0.5
Surface quality 10/5~60/40
Coating Upon request
Application area Imaging, Lighting, Laser etc
High Precision UVC Optical Filter showing precision manufacturing and optical clarity

The High Precision 0.9mm UVC 1/4 Lambda Glass Optical Filters are engineered for advanced optical systems requiring exceptional accuracy in ultraviolet spectral control and imaging performance. Designed with a thickness as low as 0.9 mm and manufactured to a 1/4 lambda surface accuracy, these filters ensure minimal wavefront distortion and high optical fidelity, making them particularly suitable for UVC applications and precision photonic systems.

These chromatic optical glass filters are optimized for ultraviolet (UVC) wavelength ranges, typically between 200 nm and 280 nm, where material performance and coating precision are critical. The filters utilize high-grade optical glass substrates combined with specialized coatings to deliver stable spectral filtering, high transmission within target bands, and effective blocking of unwanted wavelengths. This ensures improved signal-to-noise ratios in imaging and detection systems.

Available in diameters ranging from 5 mm to 200 mm, these filters support a wide variety of optical configurations, from compact analytical instruments to large-area imaging setups. The filters are also designed with strict surface quality standards and environmental durability, ensuring long-term stability even under high-energy UVC exposure, which is often challenging for conventional optical components.

1.5mm To 300mm Optical Lens Design, BK7 Dichroic Optical Filter
Application Fields
  • UVC Sterilization Systems: Optical filtering for monitoring and controlling disinfection wavelengths
  • Biomedical Imaging: Used in fluorescence and UV-based diagnostic equipment
  • Spectroscopy Instruments: Precise wavelength selection for analytical measurements
  • Semiconductor Inspection: UV imaging for defect detection and quality control
  • Environmental Monitoring: Detection of pollutants using UV absorption techniques
  • Scientific Research: High-precision optical experiments requiring stable UVC filtering
Key Advantages
  • Ultra-thin precision design: The 0.9 mm thickness enables compact system integration without compromising optical performance
  • High surface accuracy (1/4 lambda): Ensures minimal wavefront distortion, critical for high-resolution imaging and measurement systems
  • UVC optimization: Specifically engineered for ultraviolet wavelengths where material and coating stability are essential
  • Wide size range (5 mm to 200 mm): Suitable for both small-scale devices and large optical assemblies
  • Enhanced spectral control: Provides accurate chromatic filtering for improved signal clarity and reduced noise
  • Durable coatings: Robust to high-energy UVC exposure, ensuring long-term reliability
Technical Q&A
What makes the High Precision 0.9mm UVC 1/4 Lambda Glass Optical Filters unique?
Its combination of ultra-thin 0.9 mm design, 1/4 lambda surface accuracy, and UVC-optimized performance ensures high precision in demanding ultraviolet optical applications.
Why is 1/4 lambda surface accuracy important?
It guarantees low wavefront error, which is essential for maintaining image quality and measurement accuracy in high-precision optical systems.
Can these filters handle high-energy UVC exposure?
Yes, the coatings and materials used in the filters are designed to withstand prolonged UVC exposure with minimal degradation.
Are customization options available?
Absolutely. Parameters such as diameter, thickness, wavelength range, transmission characteristics, and coating design can be tailored to specific application requirements.
What industries benefit most from these filters?
Industries such as biomedical, semiconductor, environmental monitoring, and scientific research rely heavily on these filters for accurate UV spectral control.

Company Details

Bronze Gleitlager

,

Bronze Sleeve Bushings

 and 

Graphite Plugged Bushings

 from Quality China Factory
  • Business Type:

    Manufacturer

  • Year Established:

    2009

  • Total Annual:

    8000000-10000000

  • Employee Number:

    45~100

  • Ecer Certification:

    Verified Supplier

1. We possess comprehensive capabilities in design, production and sales, providing customers with one-stop convenient procurement services and saving a great deal of time and cost for both new and existing projects. 2. We have tens of thousands of optical molds and samples, offering customers low-... 1. We possess comprehensive capabilities in design, production and sales, providing customers with one-stop convenient procurement services and saving a great deal of time and cost for both new and existing projects. 2. We have tens of thousands of optical molds and samples, offering customers low-...

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  • Shanghai Advance Optical-Electronics Technology Co., Ltd
  • No.425, North Beiying Road, Qingpu Industrial Zone, Shanghai
  • https://www.optics-glass.com/

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