In-vitro diagnostics

Thermoelectric cooling provides precise temperature regulation of samples, light sources and system components. For in-vitro diagnostics, thermoelectric cooling subsystems can have extremely diverse requirements – power ranges from 15 W to more than 100 W, high efficiency and small size. Our products can help you meet your specific requirements.

In large laboratory equipment, motors move different reagents into samples and then move those samples throughout the system. Our highly integrated brushed and stepper motors enable the precise distribution of reagents and samples, with automatic tuning, accurate current sensing, stall detection, silent stepping and advanced diagnostics to achieve quiet, effortless motion.

Whether for proximal monitoring or use in control loops, in-vitro diagnostic devices now have stricter requirements in order to conform to both hospital and at-home use. These requirements include lower power, faster response times, integrated functionality to reduce size, and long lifetimes. Ultrasonic technology enables improvements in all of these areas, while also being noninvasive and low cost.

A precision optical signal chain converts photonic signals into analog signals and then digitalized by an analog-to-digital converter (ADC). It prioritizes ultra-low noise, exceptional stability and high linearity across its components including photodetectors (PD), transimpedance amplifiers (TIA) and ADCs. 

Precision LED and laser driver solutions deliver stable and regulated current which is essential for optimal optoelectronic performance. They prioritize ultra-low noise, exceptional current accuracy and high efficiency across components.  This minimizes output fluctuation, drift and thermal stress, which is critical in applications demanding extreme reliability and precise light control.