Barantech – High-Tech Meets Hygiene: CleanSwitch Sets New Standards for Cleanrooms (03/2025)

In the highly sensitive world of cleanrooms, absolute cleanliness is essential—precision, hygiene, and reliability are key. With the CleanSwitch, the Israeli company Barantech introduces a new generation of switches specifically designed to meet the demanding requirements of such environments.

The CleanSwitch stands out with its hermetically sealed design, which prevents the intrusion of dust, dirt, or microbial contaminants. This not only ensures maximum cleanliness but also protects critical processes from disruption caused by external factors.

Robust, Hygienic, and Intuitive

The switch’s surface is flush-mounted to the wall, effectively preventing dust accumulation—a clear advantage over conventional models. Made of sealed aluminum, the CleanSwitch can be easily cleaned with disinfectants, alcohol-based solutions, or even large amounts of water. The high material quality guarantees durability and resistance to aggressive cleaning protocols.

Another highlight is its operation via piezo technology. This allows the switch to be activated even with wet hands, gloves, or any object—intuitive, safe, and reliable. In addition, the CleanSwitch is flame-resistant and can withstand extreme temperatures and potential ignition sources in high-risk work environments.

Technology That Delivers

Technically, the CleanSwitch leaves nothing to be desired: with a switching current of up to 16 amps and an operating voltage range of 90 to 277 volts AC, it is suitable for a wide variety of industrial applications. Its IP69 protection rating makes it virtually indestructible—ideal for long-term use in cleanrooms, laboratories, or production facilities with the highest hygiene standards.

With the CleanSwitch, Barantech delivers a well-thought-out, robust, and hygienically flawless switching solution for demanding applications. It combines technological sophistication with uncompromising cleanliness—a perfect symbiosis of innovation and functionality.