The 420–680nm Visible Bandpass Reflective Optical Filter
is designed to selectively transmit visible wavelengths between
420nm and 680nmwhile reflecting unwanted spectral
regions outside the target transmission band.
Manufactured from high-quality optical glass and finished
with aprecision multilayer optical coating, this filter provides
reliable spectral control for machine vision, optical imaging, sensing and scientific applications.
The filter is designed for transmission across the
420–680nm visible wavelength range, covering a broad portion of the visible spectrum.
It can be used for optical systems requiring controlled
visible-light transmission and unwanted spectral rejection.
The multilayer coating provides selective transmission
within the target wavelength range while reflecting spectral components outside the passband.
This reflective design helps improve optical light management and spectral separation.
The optical coating is manufactured using multilayer
thin-film technology to provide stable spectral characteristics and reliable optical performance.
The coating is designed for:
The filter uses an optical-grade glass substrate suitable for precision optical systems.
The glass substrate provides:
| Item | Specification |
|---|---|
| Product | 420–680nm Visible Bandpass Reflective Optical Filter |
| Wavelength Range | 420–680nm |
| Spectral Region | Visible |
| Filter Type | Bandpass / Reflective Optical Filter |
| Substrate | Optical-Grade Glass |
| Coating | Multilayer Optical Coating |
| Transmission | 420–680nm target band |
| Reflection | Outside passband |
| Surface Quality | High Optical Precision |
| Shape | Round / Square / Custom |
| Size | Customizable |
| Thickness | Customizable |
| Edge Treatment | Customizable |
| Operating Environment | Standard Optical Environments |
| Applications | Machine Vision, Imaging, Sensing, Scientific Instruments |
| Production | OEM / ODM / Bulk |
Note:Actual spectral transmission, reflection, blocking performance
and coating specifications can be customized according to wavelength,
angle of incidence, substrate, size and application requirements.
The 420–680nm filter can be integrated into machine vision
optical systems to control visible wavelengths and improve spectral selectivity.
Typical applications include:
The filter can be used in imaging systems
where controlled visible-spectrum transmission is required.
Applications include:
The filter can help control the wavelength range reaching an optical detector or sensor.
Suitable for:
The filter can be customized for optical instruments requiring
specific visible wavelength transmission and unwanted spectral reflection.
We provide customized optical filter solutions based on customer drawings,
optical requirements and application conditions.
OEM and ODM production is available for different optical system requirements.
For industrial and commercial applications, we support:
OEM optical filter manufacturing
Custom optical glass processing
Prototype and sample orders
Small-batch production
Bulk production
Custom coating solutions
Customers can provide drawings, dimensions, wavelength requirements or
application details for engineering evaluation.
It is an optical filter designed to selectively transmit wavelengths
within the 420–680nm visible range while reflecting unwanted spectral regions outside the target band.
Yes. The filter is designed for applications including machine vision,
imaging, optical sensing and industrial inspection.
Yes. Custom diameter, length, width, thickness and shape
can be produced according to application requirements.
Yes. Round, square and other custom shapes are available.
Yes. Multilayer optical coating specifications can be adjusted
according to the required wavelength range and optical performance.
Yes. OEM/ODM and bulk manufacturing are available for customized optical filter requirements.
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