The 400–1100nm Reflective Neutral Density (ND) Attenuation Filteris designed to provide
controlled and stable light reduction across the visible to near-infrared spectrum.
With a fixed6% transmission, this optical ND filter provides predictable attenuation
while maintaining excellent spectral consistency across the specified wavelength range.
A reflective neutral density design is used to reduce light intensity primarily
through controlled reflection rather than relying solely on absorption.
This can help reduce thermal loading compared with absorptive attenuation solutions in suitable optical systems.
The filter is manufactured using a premium optical glass substrate with
a high-precision multilayer reflective coating, providing reliable optical performance, durability and long-term stability.
The filter covers a broad spectral range from400nm to 1100nm, extending from the visible region into the near-infrared spectrum.
This makes it suitable for optical systems requiring broadband attenuation across multiple wavelengths.
The standard filter provides6% transmission.
This allows the filter to reduce incoming optical intensity to a controlled level while maintaining a broad spectral response.
For systems requiring different attenuation levels, customized transmission specifications can also be discussed.
The reflective ND design attenuates optical energy through controlled reflection.
Compared with absorptive neutral density filters, reflective attenuation
can help reduce heat absorption in suitable high-power optical systems.
A multilayer reflective neutral density coating is applied to the optical glass substrate.
The coating is designed to provide uniform attenuation
and stable spectral performance throughout the specified operating range.
The filter uses premium optical-grade glass with high surface quality.
The substrate provides a stable foundation for the precision multilayer
coating and supports integration into professional optical systems.
| Parameter | Specification |
|---|---|
| Product Name | 400–1100nm Reflective Neutral Density Filter |
| Filter Type | Neutral Density Attenuation Filter |
| Spectral Range | 400–1100nm |
| Standard Transmission | 6% |
| Optical Design | Reflective |
| Attenuation Type | Neutral Density |
| Substrate | Premium Optical Glass |
| Coating | Multilayer Reflective ND Coating |
| Spectral Performance | Uniform Attenuation |
| Spectral Flatness | Excellent |
| Thermal Performance | Reduced Heat Absorption Design |
| Environmental Stability | High |
| Thermal Stability | High |
| Size | Standard & Custom |
| Thickness | Standard & Custom |
| Transmission | Custom Options Available |
| OEM / ODM | Available |
The filter can be used to reduce optical intensity in laser systems and help control the optical power reaching downstream components.
Suitable for optical measurement systems where controlled light attenuation is required.
Can be integrated into imaging and vision systems to reduce excessive optical intensity and help manage detector exposure.
Suitable for optical experiments, scientific instruments and laboratory measurement systems.
Can be used in industrial optical assemblies requiring stable broadband attenuation.
Suitable for systems requiring repeatable and controlled optical attenuation across a broad spectral range.
We provide OEM and customized optical filter manufacturing based on customer requirements.
Available customization options include:
Designed for controlled and repeatable optical attenuation.
The 400–1100nm range provides broad visible-to-NIR coverage.
The reflective attenuation structure can help reduce heat absorption compared with
absorptive attenuation solutions in appropriate applications.
Multilayer thin-film coating technology supports stable and consistent optical performance.
Custom sizes, thicknesses, transmission levels and coating
specifications can be manufactured according to project requirements.
We provide factory-direct optical filter manufacturing, technical support and OEM services for international customers.
For a customized optical attenuation filter, please provide:
Our engineering team can review your requirements and recommend a suitable reflective ND filter configuration.
The stated standard transmission is6%across the specified 400–1100nm operating range.
Actual spectral transmission uniformity, reflection,
attenuation tolerance and spectral curve should
be confirmed against the final coating specification and production requirements.
The standard transmission is6%.
The specified spectral range is400–1100nm, covering visible and near-infrared wavelengths.
It is areflective neutral density filterusing a multilayer reflective coating.
The filter uses apremium optical-grade glass substrate.
Yes. Different transmission levels can be discussed according to the optical system requirements.
Yes. Diameter, length, width and thickness can be customized.
Typical applications include laser power attenuation, optical measurement,
calibration, imaging, machine vision, laboratory instruments and industrial optical equipment.
Reflective attenuation can reduce the amount of optical energy absorbed by the filter
compared with absorptive attenuation solutions, which can be beneficial in suitable high-power optical applications.
Yes. We support OEM/ODM manufacturing, custom coating, custom dimensions, bulk production and private labeling.
Yes. Customized spectral ranges and coating designs can be developed according to project requirements.
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