Optical Filter Project Development
Optical Filter precisely controls the transmission and reflection of specific wavelength ranges, enabling tailored spectral performance for various optical systems, including suppression of unwanted wavelength noise. They are essential in imaging, sensing, and laser applications to enhance signal quality and system accuracy.
Our custom optical coating services with precision optical coating technology are available to support all your applications in camera, laser, Machine vision, Distance measurement, Fluorescence microscopy, Spectroscopy, wavelength selectors, and other related optical fields.
We reduce surface reflections on both inner and outer surfaces through single-layer to broadband multilayer coatings, and achieve different filter requirements through anti-reflective coatings, beam-splitting coatings, light-filtering coatings, and high-reflective coatings.
Our product line includes Longpass / ShortPass Filters, Band Pass Filters, Narrow Band Filters, and Notch Filters, offering solutions for wavelength selection, noise suppression, and beam management across diverse optical designs. Other types of coating are also available upon customers’ requirements.
SERVICES & CAPABILITIES:
• Optical design and optical coatings
• Short lead time
• Constant quality at top-level
• In-house tool design and manufacture
Why Project-Based Optical Filter Development
Optical filter performance is highly dependent on system-level requirements such as target wavelengths, bandwidth, angle of incidence, and environmental conditions. A project-based development approach enables precise optimization of spectral characteristics, coating design, and substrate selection to meet the specific needs of each application.
Through project-based optical filter development, customers can evaluate coating simulations and sample performance before moving into mass production. This process minimizes design risk, improves first-pass success, and ensures the filter integrates seamlessly with the overall optical system.
This development model is particularly well-suited for applications requiring customized wavelength ranges, tight bandwidth control, or specialized coating performance, providing a structured and efficient path from concept validation to production readiness.
The content in Project-Based Optical Filter Development
IADIY offers project-based customized development services for optical filters. An NRE (Non-Recurring Engineering) development fee will be applied based on the complexity of each solution. This development project includes the following deliverables and samples:
• Preliminary simulation for coating performance
• Product datasheet
• Coating fixtures for samples
• A minimum of 10 samples
• Sample verification report
If the customized solution meets the required expectations, further discussion on mass production planning can be arranged.
| Project ID | Description | Coating Surface | Transmittance % | OD |
Bandwith | Buy |
| Filter-AR01 | Anti-Reflection | Single | AR T>98% | NA | NA |  |
| Filter-AR02 | Anti-Reflection | Double | AR T>99.5% | NA | NA | |
| Filter-LP01 | Lowpass Filter | AR + LP | AR T>98% | >3 | NA | |
| Filter-LP02 | Lowpass Filter | AR + LP | AR T>98% | >4 | NA | |
| Filter-SP01 | Shortpass Filter | AR + SP | AR T>98% | >3 | NA | |
| Filter-SP02 | Shortpass Filter | AR + SP | AR T>98% | >4 | NA | |
| Filter-BP01 | Bandpass Filter | AR + BP | AR T>98% | >3 | +/-20nm | |
| Filter-BP02 | Bandpass Filter | AR + BP | AR T>98% | >4 | +/-20nm | |
| Filter-NBP01 | Narrowband Pass | AR + NBP | AR T>98% | >3 | +/-10nm | |
| Filter-NBP02 | Narrowband Pass | AR + NBP | AR T>98% | >4 | +/-10nm | |
Note: If any further questions for customization, please contact us. |
- Deliver Time: Made by Order, 3~4 weeks
- Product ID: Filter