An industrial automation solutions provider, Leuze, has recently introduced two cutting-edge sensor series designed to meet the demands of hygiene-sensitive production and rigorous industrial cleaning procedures. These new sensors are crafted with stainless steel enclosures and incorporate advanced Power PinPoint LED technology, facilitating rapid and precise alignment. Tailored for industries such as food, beverage, and pharmaceuticals, these devices promise robustness and reliability even in environments with unpackaged products. With features including a smooth surface design devoid of mounting holes, IO-Link Interface support, and suitability for high mechanical loads, these sensors offer versatile applications across various packaging and detection processes.

Leuze's latest offerings cater specifically to sectors requiring stringent hygiene standards. The company highlights that their newly developed sensors feature durable stainless steel casings, making them ideal for use in areas exposed to moisture and intense cleaning routines. The 35C series stands out due to its exceptional toughness, suitable for environments demanding heavy-duty mechanical resilience and thorough sanitation protocols. This series, along with its counterpart, includes diverse photoelectric sensors like diffuse, through-beam, and retro-reflective types, each designed to address specific challenges within packaging and material detection processes.

Among the specialized capabilities offered by these sensors is the detection of materials such as glass and PET, achieved through retro-reflective photoelectric sensors. Additionally, they provide options for identifying small objects using background suppression technology, dynamic reference sensors, and strong through-beam photoelectric sensors capable of penetrating plastic films. The inclusion of Power PinPoint LED technology ensures that setup remains swift and straightforward, thanks to a consistently bright, uniform light spot that maintains its properties across the entire operational range.

For operations involving wet conditions or frequent intensive cleaning, Leuze’s sensors are engineered to function reliably. Moreover, the integration of an IO-Link Interface enhances their usability by simplifying device configuration and providing diagnostic data essential for planning predictive maintenance strategies. This technological advancement not only boosts operational efficiency but also aids in reducing downtime through proactive monitoring.

These innovations from Leuze represent a significant leap forward in sensor technology tailored for environments where hygiene and durability are paramount. By combining state-of-the-art design elements with practical functionalities, these sensors set a new benchmark in meeting industry requirements for cleanliness and performance in challenging industrial settings.