Industrial Sensor Resource Hub

Underneath the tools and technology that make everyday life possible, there’s a hidden world of intricate and essential components. These components work behind the scenes, ensuring that everything from industrial machinery to household appliances operates seamlessly. Without them, the reliability and functionality we often take for granted would be impossible.

Though new innovations continually reshape our world, one constant remains: the need for accurate, robust, and responsive advanced sensor technology working quietly in the background.

From building automation to electronics and HVAC, advanced industrial sensors provide the all-important data for operation and efficiency across a variety of metrics, including temperature, humidity, pressure, and air quality. The unsung heroes of function, advanced industrial sensors translate physical parametersinto actionable information, enabling systems to perform at their best.

With a full suite of customizable advanced sensor technology, we offer innovative solutions that stand up to even the most demanding applications without compromising precision and long-term performance.

Guide: Critical Care Medical Sensors & Devices | Matching Precision With Functionality

In critical care, accurate and immediate patient data is a cornerstone of effective treatment and outcomes. Medical sensors, particularly those custom-made for a medical device, are crucial for meeting essential performance standards.

Our guide, "Critical Care Medical Sensors & Devices | Matching Precision With Functionality" dives into the role of sensor technology in critical care devices and patient treatment.

Thermal runaway is one of the most damaging EV battery thermal events. As the transportation and industrial markets embrace the use of lithium-ion battery power, the needs for diagnostics are evolving as well. Current Li-ion battery technology utilizes volatile electrolytes and metals that under certain extreme and rare conditions, can fail to control internal electrolytic reactions, resulting in the cell venting, and in severe cases evolving into a thermal runaway at temperatures that can result in a cascade failure of the pack in a deflagration event.