China Thermal infrared lens Manufacturers, Suppliers, Factory

The special effect of polarizer is to effectively exclude and filter the scattered light in the beam. The light can be put into the eye visual image in the right light axis, so that the visual field is clear and natural. Like the principle of blinds, light is adjusted to the same direction of light into the room, nature makes the scene look soft and not harsh.

BOSHI Optics (Shanghai Silk Optical Technology) is an optical lens manufacturer established in 2016, with roots tracing back over 30 years in China's optical industry. The company has 300+ employees, ~40,000 m² of manufacturing space, 15+ automated assembly lines, and capacity up to 15 million units monthly. It operates three main sites: Shanghai (medical endoscope and precision optics, including 2.4mm outer diameter lenses), Shangrao/Jiangxi (security and surveillance lenses, high-volume manufacturing, 8,500 m² phase one), and Ji'an/Jiangxi (automotive and vehicle-mounted lenses, established 2025, production from 2026, planned 120 million units annually). Capabilities cover optical glass processing, precision tooling, injection molding, lens barrels, coating, assembly, and MTF testing.

shanghai silk Optical invites you to attend the 25th China International Optoelectronics Expo

We have all experienced it: You pull up to a smart parking lot boom gate at midnight, and suddenly, a high-intensity white LED spotlight blasts you right in the retinas. You are temporarily blinded, the gate goes up, and you drive away squinting. This is known as "Fill Light Pollution," and it is the bane of modern smart parking lots, residential communities, and toll booths. For years, system integrators relied on these blinding white lights to help security cameras read license plates in the dark. But what if we told you those lights are not just annoying to drivers—they might actually be lowering your License Plate Recognition (LPR) success rates? The future of smart parking doesn't require more watts of LED power; it requires better optics. Here is why upgrading to an F1.0 Black Light Lens is the ultimate solution for optimizing your LPR/ANPR systems.

In the evolution of minimally invasive medicine, the medical endoscope serves as an indispensable tool. This precision instrument combines optics, mechanics, and electronics to allow doctors to observe and treat internal organs in real-time without large surgical incisions. As we enter the era of precision medicine, clinical demands have become nearly paradoxical: lenses must be compressed to sub-millimeter or even micron scales to navigate tiny vessels, yet they must maintain high-definition or even ultra-high-definition resolution to detect early-stage lesions.1 This tug-of-war between miniaturization and high resolution defines the modern "art of balance" in optical design.