The490–1100nm Reflective Optical Filteris designed for precise wavelength management
across the visible and near-infrared spectrum. Combining a high-quality
optical glass substrate with advanced multilayer thin-film coating technology,
this optical filter provides reliable spectral control, excellent optical stability and high durability for demanding optical systems.
With a broad490–1100nm spectral range, the filter is suitable for applications
requiring controlled wavelength selection, spectral separation and optical signal management.
The filter is designed to operate across a broad wavelength region covering visible light and near-infrared wavelengths.
This makes it suitable for optical systems requiring wavelength control across multiple spectral bands.
A precision multilayer thin-film coating is applied to the optical glass substrate to achieve controlled spectral characteristics.
The coating design can be customized according to the required wavelength range and optical performance.
The filter uses an optical-grade glass substrate suitable for precision optical applications.
The glass provides a stable platform for the multilayer coating and supports consistent optical performance.
The reflective optical configuration is designed for wavelength management and spectral separation.
It can be integrated into optical assemblies where specific wavelength
regions need to be controlled through reflection and transmission characteristics.
The combination of optical glass and multilayer coating technology provides
stable optical performance for professional optical equipment and systems.
Different optical systems require different filter dimensions and coating specifications.
We can provide customized solutions including:
| Parameter | Specification |
|---|---|
| Product Name | 490–1100nm Reflective Optical Glass Filter |
| Product Type | Reflective Optical Filter |
| Filter Type | Optical Bandpass Filter |
| Wavelength Range | 490–1100nm |
| Spectral Region | Visible to Near-Infrared |
| Substrate | Optical Glass |
| Coating | Multilayer Thin-Film Coating |
| Optical Design | Reflective |
| Optical Performance | Precise Spectral Control |
| Durability | High |
| Optical Stability | Excellent |
| Size | Customizable |
| Shape | Customizable |
| Thickness | Customizable |
| OEM / ODM | Available |
The 490–1100nm optical filter can be used in a variety of optical and photonic systems, including:
Suitable for optical imaging systems requiring wavelength control and spectral filtering.
Can be integrated into cameras, imaging systems and other optical assemblies for controlled spectral response.
Useful for optical systems requiring wavelength selection and spectral separation.
Suitable for sensor systems operating across visible and near-infrared wavelengths.
Can be customized for optical measurement, analysis and experimental equipment.
Suitable for industrial optical equipment requiring stable and repeatable wavelength management.
We provide optical filter manufacturing based on customer wavelength, dimension and coating requirements.
The multilayer thin-film coating can be engineered according to the required spectral characteristics.
Non-standard sizes and shapes can be manufactured for integration into customized optical assemblies.
From prototype quantities to volume production, customized optical filter solutions are available.
We provide direct manufacturing support, technical communication and customized optical solutions for international customers.
If you need a490–1100nm optical filterwith specific optical characteristics, please provide your required:
Our engineering team can review your specifications and provide a suitable customized optical filter solution.
The exact transmission, reflection, cutoff, bandwidth and spectral response
depend on the final coating design and customer specifications.
For applications requiring precise spectral performance, the final optical coating parameters should be confirmed before production.
The standard product is designed for the490–1100nm spectral range, covering visible to near-infrared wavelengths.
The filter is manufactured on ahigh-quality optical glass substrate.
It uses an advancedmultilayer thin-film coatingdesigned for precise spectral control.
Yes. Diameter, length, width, thickness and other dimensional requirements can be customized according to the optical system.
Yes. Custom wavelength ranges and coating designs are available for OEM optical applications.
Yes. We support OEM/ODM manufacturing, prototype orders, bulk production and private-label requirements.
Typical applications include machine vision, optical imaging,
spectroscopy, optical sensing, laboratory instruments and industrial optical systems.
Yes. Transmission and reflection requirements can be discussed with our engineering team.
The final optical performance depends on the selected substrate and multilayer coating design.
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