Improved Accuracy with Machine Vision Technology | iCore


 

iCore's machine vision technology uses complex algorithms to accomplish complex tasks and render precise decisions for machine vision systems. With the latest high-power LED spot lights, you may experience the power of illumination with maximum brightness and energy efficiency. An LED light source with a continuous current is called iLight. With the aid of cutting-edge algorithms, iCore's machine vision technology enables complex job execution and accurate assessment in machine vision systems. The industry's maximum LED driving power—up to 1,000W—is achieved by iLight thanks to its integrated over-driving function. Easy-to-use linear brightness control is made possible by iLight's intensity feedback feature. Even at large currents, iLight has an extremely quick response time to current. After receiving an external trigger input, LED drive is achievable in less than 0.5㎲, and a current pulse as small as 0.5 ㎲can be produced.

iLight source designed specifically for computer vision systems:
It makes the most of the built-in LED's lighting management to drive the LED at a sudden 1,000W and produce the highest-level lighting pulse in the world, at least 0.5㎲. Furthermore, it can instantly increase system speed while synchronizing with external signals because to its lightning-fast 0.5㎲ response time.

Hybrid Spot Light:

Hybrid spot lighting is an option to xenon and regular LED lighting that offers a brightness greater than LEDs. The combined 10,000 hours of life provided by laser and LED technology is not impacted by the short life and brightness variations of xenon lamps.

Drop watcher:

Drop Watcher is a program that scans ink droplets as soon as they leave the printhead. High brightness and very short illumination durations are required to record flight parameters at sub-micron resolution.

If you are looking for strobe controller in Korea, you can find it on iCore 

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