Results forOGU

<p>The OGUL series is particularly suited for the detection of small parts from 0.05 mm. Through the use of collimated laser red light, a high degree of precision of the switching point between transmitter and receiver across the entire fork width is achieved. The devices work with a clocked red light laser in the eye-safe laser class 1. The easily visible, small laser point makes quick adjustment to the object possible even with a large amount of ambient light.</p> <p> <a href="https://www.di-soric.com/int-en/innovations/ogu" class="button button-blue d-inline-block">More information <span style="linkButton-i" class="card-text-next-carret fal fa-chevron-right"/> </a> </p>

<p>The OGU fork light barriers with V4A stainless steel housing are mechanically and electrically compatible with standard fork light barriers. These devices are used particularly in the pharmaceuticals, beverage and food industries, because they satisfy the particular requirements for easy and reliable cleaning using aggressive media.</p> <p> <a href="https://www.di-soric.com/int-en/innovations/ogu" class="button button-blue d-inline-block">More information <span style="linkButton-i" class="card-text-next-carret fal fa-chevron-right"/> </a> </p>

<p>These high-performance fork light barriers have an increased functional reserve, and cleaning cycles are thereby reduced to a minimum. They are operated intuitively using potentiometers or IO-Link. Four preset operating modes make ideal adaptation to the application possible, and simultaneously, IO-Link offers important advantages in configuration and diagnosis.</p> <p> <a href="https://www.di-soric.com/int-en/innovations/ogu" class="button button-blue d-inline-block">More information <span style="linkButton-i" class="card-text-next-carret fal fa-chevron-right"/> </a> </p>

Fork light barriers in specific designs complete the extensive range that di-soric offers. Differential fork light barriers detect even minimal remission differences (diffuse reflection) for the detection of films that are very thin and as clear as glass.