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APPLICATION-SPECIFIC PRESSURE SENSORS · HVAC Measure what other sensors miss Superior noise performance means earlier detection of filter clogging, VAV imbalances, and duct pressure shifts, without the post-processing workarounds conventional sensors require. Explore HV Series
APPLICATION-SPECIFIC PRESSURE SENSORS · HVAC
Measure what other sensors miss
Superior noise performance means earlier detection of filter clogging, VAV imbalances, and duct pressure shifts, without the post-processing workarounds conventional sensors require.
APPLICATION-SPECIFIC PRESSURE SENSORS · Industrial The noise floor determines what your system can measure NimbleSense eliminates aliased noise at the architecture level, delivering clean differential pressure data for cleanrooms, test benches, and precision manufacturing without host-side filtering workarounds. Explore ND Series
APPLICATION-SPECIFIC PRESSURE SENSORS · Industrial
The noise floor determines what your system can measure
NimbleSense eliminates aliased noise at the architecture level, delivering clean differential pressure data for cleanrooms, test benches, and precision manufacturing without host-side filtering workarounds.
APPLICATION-SPECIFIC PRESSURE SENSORS · MEDICAL Clinical outcomes depend on the sensor the clinician never sees In medical pressure measurement, sensor drift and slow response aren’t performance compromises. They are clinical risks. NimbleSense eliminates them at the architectural level across spirometry, CPAP, and ventilation. Explore CP Series (CPAP) Explore SP Series (Spirometry) Explore VN Series (Ventilators)
APPLICATION-SPECIFIC PRESSURE SENSORS · MEDICAL
Clinical outcomes depend on the sensor the clinician never sees
In medical pressure measurement, sensor drift and slow response aren’t performance compromises. They are clinical risks. NimbleSense eliminates them at the architectural level across spirometry, CPAP, and ventilation.
APPLICATION-SPECIFIC PRESSURE SENSORS · AVIATION Air data measurement built for the margins that matter From pitot-static to cabin differential, NimbleSense Multi-Range technology addresses the full pressure measurement scope of UAVs, aviation instrumentation, cabin pressure, and avionics. Explore ND Series
APPLICATION-SPECIFIC PRESSURE SENSORS · AVIATION
Air data measurement built for the margins that matter
From pitot-static to cabin differential, NimbleSense Multi-Range technology addresses the full pressure measurement scope of UAVs, aviation instrumentation, cabin pressure, and avionics.
The world’s most advanced systems — the ventilators that keep patients breathing, the aircraft that carry people safely home, the equipment that keeps industry and infrastructure running — all depend on knowing precisely what’s happening. That’s where we live. Superior Sensor Technology builds the sensing intelligence that integrates seamlessly into these systems, giving them the accuracy, stability, and confidence to perform exactly when it matters most. We work unseen, inside the products people rely on every day because when a system is trusted, every measurement matters. The better our technology performs, the better those systems become, and the more the world can depend on them.
High-Performance Pressure Sensing for Advanced Applications
Superior Sensor Technology designs high-performance digital pressure sensors for air and non-corrosive gas applications across HVAC, industrial, medical, and aviation systems. Built on our NimbleSense™ System-in-a-Sensor architecture, our HV, ND, SP, VN, and CP Series combine precise pressure measurement with advanced capabilities such as Multi-Range™, Z-Track™, Extreme Resolution, programmable digital filtering, integrated pressure switching, and closed-loop control, helping engineers build smarter, more accurate, and more reliable systems.
Industry’s lowest: 5-10x better performance
From signal processing to advanced filtering
Up to 18-bit at full bandwidth
Fully calibrated, in a single device
NimbleSenseTM Architecture
The industry’s first System-in-a-Sensor
The industry’s lowest noise floor is not a matter of component selection. It is the result of architecture. NimbleSense integrates MEMS sensing, analog signal conditioning, and programmable software into a single package, eliminating every inter-component interface where noise enters a conventional sensor design. Internal sampling at 3 to 12 kHz, with integrated anti-aliasing before the ADC, ensures that high-frequency interference never reaches the measurement band. On this foundation, eight programmable building blocks deliver capabilities no discrete pressure sensor can match.
Up to eight factory-calibrated pressure ranges in a single device, switchable with a single software command.
Advanced Digital Filtering
Multi‑order FIR filtering configurable to the application’s bandwidth requirements. Reduces output noise by 10× or more.
24-bit output resolution with approximately 18 bits of effective resolution maintained across the full measurement bandwidth.
Continuously tracks and eliminates zero drift without interrupting the measurement stream.
Five product families, all built on the NimbleSense architecture. Select a series to view full specifications and data sheets.
Dual pressure sensor for CPAP, BiPAP, APAP
Differential pressure sensors for HVAC
Extended temperature sensors: differential and absolute
Spirometry pressure sensors with auto zero
Full suite of sensors for medical ventilators
Eliminates zero drift in continuous long-duration measurements. Pairs with any NimbleSense differential pressure sensor.
Applications include air filter monitoring, AQM, building automation, DPT, smart home, and VAV control
Applications include advanced manufacturing, bioprocessing, clean rooms, leak detection, and robotics
Applications include airflow monitoring, avionics, cabin pressure monitoring, and UAVs
Applications include CPAP, BiPAP, APAP, high-flow oxygen devices, spirometers, and ventilators
Want to quickly find the right sensor for your application?
官网：https://superiorsensors.com/
资料来源：企业官网公司简介（复核日期：2026-10-07）。