"Special Player" in Optoelectronic Lens - Technical Highlights of Non-Spherical Lens and Vehicle Lens

"Special Player" in Optoelectronic Lens - Technical Highlights of Non-Spherical Lens and Vehicle Lens

When it comes to optoelectronic lenses, the first thing many people think of is the common spherical lenses, but in practical applications, two types of "special players" such as non-spherical lenses and vehicle lenses are solving more scene problems with their unique advantages. As a professional optoelectronic product manufacturer, Jiangsu Honray Optoelectronic Technology Co., Ltd. has shown a deep technical accumulation in the research and development and production of these two types of lenses.

Why can non-spherical lenses become the "dear" of high-end optical equipment? Traditional spherical lenses have optical aberration problems such as spherical aberration and coma aberration, which can easily affect imaging clarity. The surface curvature of non-spherical lenses has been specially designed to effectively correct these aberrations. Under the same optical effect, the number of lenses can be reduced and the lens volume can be reduced. For example, in security monitoring equipment, non-spherical lenses can achieve a wider field of view and a longer detection distance; in the field of consumer electronics, it can help mobile phones and camera lenses become thinner and thinner, while improving the shooting quality. Honray ensures that the surface accuracy of the non-spherical lens reaches the micron level through precision optical processing technology, meeting the usage needs of different high-end scenarios.

Vehicle lenses are an "important line of defense" to ensure driving safety. This type of lens covers automotive rearview mirror lenses, driving recorder lenses, ADAS (advanced driving assistance system) camera lenses, etc., and must also have high light transmittance, anti-glare, high and low temperature resistance, and scratch resistance. Honray uses special optical glass and reinforced coating technology to reduce glare interference under strong light exposure, maintain stable performance at extreme temperatures of -40℃ to 80℃, providing a clear field of view for drivers and providing reliable optical guarantees for the accurate perception of the ADAS system, helping the development of intelligent driving.