Temperature Sensors

A microchip wafer in Millar’s microfoundry.

Built on a Legacy of Measurement Expertise

Now part of Millar, Sentron combines expertise in robust, real-time sensing with Millar’s decades of leadership in precision measurement, delivering temperature data you can trust, even in the most demanding conditions.

Optimize Your Device with Accurate Temperature Monitoring

Millar’s integrated temperature sensors power smarter devices that drive optimization innovation across industries.

A row of devices using Millar’s oxidation-reduction potential (ORP) sensing technology and being used to monitor soil health in a field.

Agriculture Applications

Integrate temperature sensors into smart farming tools to enable real-time, compensated pH, EC and ORP measurements. Built for durability, our sensors support Automatic Temperature Compensation to ensure accuracy in dynamic soil and irrigation conditions.

An industrial plant with devices that use Sentron’s ORP sensors.

Industrial Applications

Built-in temperature sensing supports accurate measurements throughout processes like food and beverage production and chemical dosing. Integrating temperature sensors into industrial devices ensures stable monitoring even as temperatures fluctuate.

A device using Millar’s temperature sensor takes water measurements in a freshwater pond.

Environmental Applications

Designed for integration into monitoring systems, Millar’s temperature sensors provide stability and precision in natural water sources and outdoor environments. Their ATC functionality improves multiparameter measurements in dynamic conditions.

A Millar lab technician peers through a microscope.

Laboratory Applications

Temperature sensors are ideal for custom lab instrumentation, delivering precise thermal readings with analog and digital output options. Designed for integration into R&D systems, they enable dependable performance in high-accuracy testing environments.

Two medical professionals apply a device that uses a Millar’s temperature sensor during a procedure.

Medical Applications

Temperature sensors bring precision and stability to a range of medical devices, from cardiovascular monitoring devices to advanced diagnostic equipment. They enable accurate, real-time temperature data that supports better patient outcomes and more reliable device performance.

A Millar employee uses a mobile device to get data from a temperature sensor.

How Our Temperature Sensors Work

Our temperature sensors integrate seamlessly into complex devices, making them ideal for applications where accuracy and size matter. Utilizing Automatic Temperature Compensation (ATP) technology, these sensors are typically paired with other sensing factors such as pH, EC, Pressure or ORP.

Why Integrate Millar Temperature Sensors

Solid-State, Glass Free Design

Millar’s temperature sensors are robust and glass-free, providing durability and reliability and making them ideal for integration into devices used in harsh or mobile environments where traditional sensors fail.

Customizable Sensor Elements

Our temperature sensors support modular configurations and flexible adaptation for different device requirements. That also means simple maintenance thanks to interchangeable components.

Rugged and Field-Ready

Designed for dry storage and repeated use in wet, rugged or industrial environments, Millar’s temperature sensors are dust-tight and meet IP67 standards for water resistance.

Automatic Temperature Compensation (ATC)

Integrated ATC ensures that multiparameter sensors deliver precise, temperature-compensated measurements across a wide range of operating environments.

Connect with Our Sensor Experts

Have questions or need guidance? Our team is here to help you find the right sensing solution for your application.

Millar sensor experts smile during a meeting at Millar headquarters.