Enhancing Excellence: OPTEX's commitment to quality

In today's dynamic market landscape where consumer preferences continuously evolve, the quality of products stands as a defining factor in a company's success. At OPTEX, our unwavering dedication to excellence is at the core of our operations. Our meticulous approach to quality control ensures the highest standard of sensors and solutions are maintained at all times.

Tests in heavy snowfall

Snow manifests in various forms, ranging from typical snowfall to intense blizzards and swirling drifts emanating from road surfaces. At OPTEX, we subject our products to testing in the rugged outdoor environments where they will be deployed.

Tests in fog

To verify the dependable detection of humans by our sensors, even in very low-visibility conditions like fog, we conduct field trials in mountainous areas and perform assessment tests in specially crafted simulated environments.

Tests in continuous rainfall

Tests conducted in natural settings encompass diverse conditions and are essential evaluations for OPTEX sensors intended for outdoor deployment. These assessments entail scenarios such as prolonged rainfall surpassing daily precipitation records and instances where rain droplets adhere to the lens of the equipment.

Human detection tests

To ensure the dependable detection of humans, accounting for their varied movements and characteristics, we conduct tests incorporating a wide array of factors. These include variations in walking patterns, turning movements, as well as differences in height, hair styles, and walking speeds.

Durability test

We perform an array of durability tests, encompassing limit assessments, endurance trials, and shock evaluations, to guarantee the long-term reliability of OPTEX products. These tests incorporate continuity examinations for items featuring ON/OFF switches, as well as rigorous ‘shock tests’ designed to simulate vandalism by imposing extreme stress on the equipment.

Ball tests

In addition to assessing our products in natural settings, we also conduct tests using objects. One of such performance evaluation involves verifying that an automatic door remains closed even if a ball rolls in front of it.