LirOptic offers solid-state tunable lens technology that enables arbitrary surface shaping and rapid focal length adjustments. This allows for variable focus and optical zoom in a single, compact lens element, reducing device size and complexity for applications in consumer electronics, AR/VR, and automotive systems.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional optical systems for advanced imaging applications often require multiple fixed lenses and bulky mechanical components, leading to increased device size and complexity. This limits miniaturization efforts in fields like mobile photography and augmented reality, where compact form factors and high performance are critical.
Solution
LirOptic provides solid-state, tunable optical lens technology that enables arbitrary surface shaping and rapid focal length adjustments. This innovative approach allows for the integration of variable focal length and optical zoom capabilities into a single, compact lens element. By eliminating the need for multiple lens elements and mechanical actuators like Voice Coil Motors (VCMs), LirOptic's technology significantly reduces the lateral stack dimension of optical modules. This facilitates miniaturization and improves power efficiency, making it ideal for demanding applications in smartphones, AR/VR devices, and automotive systems.
Target Audience
The primary customers are manufacturers and developers in the consumer electronics, augmented and virtual reality, defense, space, and automotive sectors who require advanced, miniaturized optical solutions.
Features
- Solid-state tunable lens technology capable of arbitrary surface shaping for precise optical control.
- Dynamic focal length adjustment with millisecond-scale response times, enabling variable focus and optical zoom.
- Reduced lateral stack dimension by over 2mm compared to conventional lens modules, facilitating device miniaturization.
- High optical precision, approaching the diffraction limit of light, for superior image quality.
- High power efficiency, suitable for battery-constrained mobile and portable applications.
- Integration of multiple LirOptic lenses to achieve advanced optical zoom capabilities without bulky mechanical parts.
- Streamlined design process for optical systems by reducing the number of required lens elements and mechanical components.