Everix manufactures ultra-thin optical filters that enhance signal-to-noise ratios in compact optical devices, enabling improved performance in space-constrained applications. Their technology allows for conformal integration with non-flat surfaces, addressing the limitations of traditional coating methods and reducing the weight of optical components.
Funding
Funding not disclosed
Founders
Product
Problem
Many compact optical devices suffer from reduced signal-to-noise ratios due to space constraints and limitations of traditional optical filter coating methods. These methods struggle to conform to non-flat surfaces, adding weight and complexity to optical components.
Solution
Everix manufactures ultra-thin optical filters designed to enhance signal-to-noise ratios in space-constrained optical devices. Their filters enable conformal integration with complex, non-flat surfaces, overcoming the limitations of traditional coating methods. This technology reduces the weight of optical components and allows for innovative optical designs that benefit from non-traditional filter geometries. Everix filters can also compensate for angular shift in curved geometries, eliminating the spectral shift associated with thin-film interference filters.
Target Audience
The primary customers are manufacturers of optical devices in industries such as life sciences, medical technology, industrial robotics, IoT sensors, and consumer electronics.
Features
- Ultra-thin design for compact optical devices
- Enhanced signal-to-noise ratio performance
- Conformal integration with free-form optics
- Reduced substrate weight compared to traditional filters
- Compensated angular shift in curved geometries