AR-HUD Free-form Mirror

The HUD free-form surface mirror developed by Fran Optics uses the industry-leading free-form micro-nano processing technology and advanced coating technology to correct the image distortioncaused by the windshield. The AR-HUD free-form surface mirror with higher precision and larger size not only has a larger viewing angle, but also achieves clear imaging within a large pupil range while ensuring imaging quality and brightness, realizing the real anvironment and virtual environment. The information isperfectly integrated.

Lidar Optical Parts

Fran Optics has developed core components suitable for mechanical, solid-state, FLASH and other types of lidars, taking into account the advantages of high precision, high performance, light weight, anti-interference, etc. It has also achieved mass production in the true sense. At present, there are more than 100 mass production experiences. The products are widely used in automobiles and other fields, helping various application scenarios to achieve accurate and effective detection and ranging.

Other Automotive Optical Parts

Automotive optical parts from Fran Optics can fully meet the needs of different customers, customized production including automotive optical lenses,DMS optical parts, automotive Fresnel lenses and other high-quality automotive optical components.

AR&VR; Optical Parts

Fran Optics research and development design team breaks through optical bottleneck, independent research and development to type precision higher AR optical lenses and other key optical components. They can be assembled in AR, VR and other relatedproducts, the digital content added in the real world, which are used in consumer electronics, medical.cultural tourism, aviation, education and other fields.

Optical Parts for Medical Instrument

The optical parts of medical endoscopes produced by Fran Optics with complex shape glass processing technology have the characteristics of high precision, small size and extremely thin, which can meet the requirements of different indexes, so that the medical optical system can achieve clear imaging under specific requirements.

AR-HUD Free-form Mirror

The HUD free-form surface mirror developed by Fran Optics uses the industry-leading free-form micro-nano processing technology and advanced coating technology to correct the image distortioncaused by the windshield. The AR-HUD free-form surface mirror with higher precision and larger size not only has a larger viewing angle, but also achieves clear imaging within a large pupil range while ensuring imaging quality and brightness, realizing the real anvironment and virtual environment. The information isperfectly integrated.

Lidar Optical Parts

Fran Optics has developed core components suitable for mechanical, solid-state, FLASH and other types of lidars, taking into account the advantages of high precision, high performance, light weight, anti-interference, etc. It has also achieved mass production in the true sense. At present, there are more than 100 mass production experiences. The products are widely used in automobiles and other fields, helping various application scenarios to achieve accurate and effective detection and ranging.

Other Automotive Optical Parts

Automotive optical parts from Fran Optics can fully meet the needs of different customers, customized production including automotive optical lenses,DMS optical parts, automotive Fresnel lenses and other high-quality automotive optical components.

AR&VR; Optical Parts

Fran Optics research and development design team breaks through optical bottleneck, independent research and development to type precision higher AR optical lenses and other key optical components. They can be assembled in AR, VR and other relatedproducts, the digital content added in the real world, which are used in consumer electronics, medical.cultural tourism, aviation, education and other fields.

Optical Parts for Medical Instrument

The optical parts of medical endoscopes produced by Fran Optics with complex shape glass processing technology have the characteristics of high precision, small size and extremely thin, which can meet the requirements of different indexes, so that the medical optical system can achieve clear imaging under specific requirements.