Integrated Closed Loop: When Time, Money and Accuracy Matter
Superior Sensor’s proprietary Closed Loop Control capability significantly reduces loop delay to improve system accuracy while improving reliability and lowering overall system costs.
Superior Sensor’s proprietary Closed Loop Control capability significantly reduces loop delay to improve system accuracy while improving reliability and lowering overall system costs.
Superior Sensor’s proprietary Z-Track technology eliminates zero drift. Zero error reduction is critical in medical devices such as Spirometers, where an inaccurate reading can have life changing effects.
Superior Sensor’s unique Multi-Range technology enables a single sensor to support up to 8 pressure ranges providing a long list of benefits in both product design and manufacturing.
Utilizing the NimbleSense architecture, Superior’s new SP160 supports pressures from 5K Pa to 40K Pa – ideal for athletes and others with large lung capacity.
Superior Sensor Technology created an innovative architecture called NimbleSense. This modular approach is driven by intelligent software that is configured for each application.
The HV160 leverages Superior’s proprietary NimbleSense architecture to expand pressure sensor support with 8 pressure ranges.
Superior’s new differential sensor product offering was developed in 18 days to meet surge in ventilator demand to combat COVID-19.
Superior Sensor Technology closes VC funding to help fuel its growth in the intelligent differential pressure sensor product category. Venture funding provides working capital for rapidly expanding business.
Superior Sensor Technology partners with Mouser Electronics to make its innovative differential pressure sensors more widely available. Offering 26 support locations around the world, Mouser Electronics broadens the reach of Superior Sensor Technology’s innovative solutions.
New SP Series offers intelligent, programmable pressure sensors to the Spirometry market. Proprietary Z-Track™ technology eliminates zero drift; Offers 10-times better accuracy than competing sensors