The filter is designed for transmission across the specified400–670nm wavelength range.
Wavelengths above670nmare targeted for blocking, helping limit unwanted longer-wavelength light.
The multilayer coating is designed to provide high transmission within the specified pass band.
A multilayer optical coating provides controlled spectral filtering and wavelength selectivity.
High-precision optical polishing supports clean optical performance and reliable system integration.
Custom sizes are available to match different optical mounts and assemblies.
Other shortpass wavelength ranges can be customized according to customer requirements.
| Parameter | Specification |
|---|---|
| Product Name | 400–670nm Short Pass Optical Filter |
| Product Type | Short Pass / Short Wave Pass Filter |
| Pass Band | 400–670nm |
| Cut-Off Wavelength | 670nm |
| Blocking Range | Above 670nm |
| Transmission | High transmission within pass band |
| Substrate | Optical Glass |
| Coating | Multilayer Optical Coating |
| Surface | Precision Polished |
| Surface Quality | High Precision Polishing |
| Optical Function | Shortpass Spectral Filtering |
| Size | Custom Available |
| Shape | Custom Available |
| Thickness | Custom Available |
| Other Wavelengths | Custom Available |
| Application | Imaging, Optical Instruments, Spectral Filtering, Optical Systems |
A short pass optical filter is designed to transmit wavelengths
shorter than its cut-off region while suppressing longer wavelengths.
For this product:
Pass Band: 400–670nm
Blocking Region: Above 670nm
This spectral behavior allows the filter to select the desired
visible-light range while reducing unwanted longer-wavelength components.
The actual transition characteristics and spectral performance
should be evaluated according to the customer's required optical specification.
The filter provides controlled transmission within the specified 400–670nm range.
Blocking above 670nm helps reduce unwanted longer-wavelength
light reaching downstream optical components.
The multilayer coating is designed to maintain high transmission across the specified pass region.
Precision polishing helps support stable optical performance and clean integration into optical assemblies.
The multilayer optical coating provides controlled spectral filtering characteristics for optical system applications.
Suitable for imaging systems that require transmission within the 400–670nm spectral region while suppressing longer wavelengths.
Can be integrated into optical instruments requiring shortpass spectral selection.
Suitable for optical measurement systems where controlled wavelength selection is required.
Can be used in machine vision systems requiring visible-light spectral filtering.
Suitable for optical detection systems requiring suppression of wavelengths above the target cut-off region.
Can be considered for optical sensor systems requiring controlled spectral input.
Suitable for research and laboratory optical assemblies requiring shortpass filtering.
Can be manufactured according to the spectral and mechanical requirements of customized optical equipment.
We provide customized shortpass optical filters according to optical system requirements.
In addition to the standard400–670nmconfiguration,
other wavelength ranges can be manufactured according to project requirements.
The filter can be supplied in different diameters, rectangular
dimensions or other mechanical configurations.
For an accurate quotation, please provide:
Pass Band + Cut-Off Wavelength + Blocking Requirement +
Size + Thickness + Surface Quality + Quantity + Application
For example:
Pass Band: 400–670nm + Size: Ø25.4mm + Thickness: 2mm + Quantity: 100 pcs
Customers can also provide an optical curve, technical drawing or existing sample for engineering evaluation.
A typical production workflow includes:
Optical Glass Selection → Cutting → Grinding → Polishing → Cleaning → Multilayer Coating → Spectral Testing → Surface Inspection → Dimensional Inspection → Final QC → Protective Packaging
Production parameters can be adjusted according to the required optical and mechanical specifications.
Quality inspection can include:
Final inspection criteria can be established according to the customer's technical requirements.
Each optical filter is individually protected to reduce the risk of:
Packaging is available for:
Custom labeling and OEM packaging are also available.
The specified pass band is400–670nm.
The filter is designed to block wavelengthsabove 670nm.
It is aShort Pass Optical Filter, also commonly called aShortpass FilterorShort Wave Pass Filter.
The filter uses aprecision multilayer optical coating.
Yes. It is designed forhigh transmission within the specified pass band.
Yes. The filter uses a high-precision polished optical surface.
Yes. Custom sizes, shapes and thicknesses are available.
Yes. Other shortpass wavelength ranges can be customized according to project requirements.
Yes. OEM and customized optical filter production are supported.
Typical applications includeoptical imaging, optical instruments,
machine vision, spectral measurement, optical sensors and laboratory optical systems.
Please provide:
Pass Band + Cut-Off Wavelength + Blocking
Requirement + Size + Thickness + Quantity + Application
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