Product News from Smart Vision Lights

Silicone Optic Lenses: A Great Alternative

If your company uses glass or plastic lenses in your lighting manufacturing process, consider optical-grade silicone lenses from Smart Vision Lights. Silicone lenses don’t yellow with time and don’t age like polycarb, vinyl, or acrylic. Silicone also does not craze due to heat, or react with most harsh chemicals or to UV light. Smart Vision Lights’ LHP 5 million-lux Line Scan Light uses silicone. Even more products using the technology will be released soon, allowing for brighter LED lights without concerns about thermal damage to optics common to plastic lenses, or about the higher cost of glass optics.


EZ Mount LED Ring Lights Offer More Flexibility

Smart Vision Lights’ EZ Mount LED Ring Light can be mounted on a camera lens, and can quickly and easily adapt to any vision system with any of four standard mounting options, including regular step-up or step-down rings, mounting the lens at the front end of the EZ Mount LED Ring Light, via a T-slot on all sides of the light, or with the threaded M4 holes on the back plate of the light. The EZ Mount line offers a high-output LED light in aluminum housing. The lights are available in light output options of White, Red, Amber, Blue, Green, Cyan, IR, and UV. The Ring Light includes an integrated constant current driver with a built-in strobe input with option for PNP or NPN trigger control, meaning there’s no need for an external driver to control the light.

The Multi-Drive Internal Driver: Always ON

Smart Vision Lights’ Multi-Drive internal driver combines the Constant ON operation and the high-pulse operation into one easy-to-use product. Multi-Drive allows the user to run the product in Constant ON operation or pulse/strobe the light at the maximum allowed intensity by the LED manufacturer by simply setting the product parameters, all while protecting LED lights from damage. The built-in Multi-Driver, developed by Smart Vision Lights, also protects the LEDs from premature degradation and failure caused by excessive heat by regulating the current delivered to the LEDs and limiting the duty cycle of the light.

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