Superior Sensor Technology  

Los Gatos,  CA 
United States
  • Booth: 1136

The industry's most advanced pressure sensor solutions

Superior Sensor Technology is revolutionizing the high performance, cost driven pressure sensor market by developing integrative, highly intelligent solutions for industrial, HVAC and medical applications. Based on our NimbleSense™ architecture, the industry’s first smart System-in-a-Sensor, Superior’s pressure sensors provide:

  • 5 to 10x performance improvement
  • Significant design flexibility
  • Reduced design cycle time
  • Unique functionality via application-specific features

Pressure sensors from Superior are extremely accurate and stable, offering unique design flexibility to easily fit a wide variety of applications. Each product family is optimized for specific end user applications, making them an ideal match. Customers may choose to further optimize the pressure sensors using programmable features such as bandwidth filtering and variable pressure ranges.

These fully calibrated and temperature compensated pressure sensors offer vast improvements in usable output resolution while maintaining the industry’s highest level of overall accuracy and TEB performance, especially at very low differential pressures.

 Press Releases

  • Pressure Sensor Can Create More Accurate Pressure-Controlled 3D Printers

    Los Gatos, CA, March 15, 2022 - Superior Sensor Technology today announced their System- in-a-Sensor architecture, NimbleSense™, offers manufacturers a precise, low-pressure measurement solution to improve accuracy and performance of 3D printing by enabling development of pressure-controlled 3D printers.

    Pressure sensors can improve 3D printing in several ways, including verifying the nozzle continues to flow material at an exact rate, confirming the correct pressure is being applied by the arm during construction and ensuring structural soundness of the object.

    “The 3D printer market is growing at over 20% CAGR, providing speed and flexibility in both-industrial and consumer markets,” said Mark Vena, CEO and Principal Analyst at SmartTech Research. “By offering manufacturers the ability to develop pressure-controlled 3D printers with advanced pressure sensor technology, innovative solutions like Superior Sensor will enable a new generation of devices that are more accurate and less wasteful.”

    Incorporated into the company’s ND Series product family for 3D printers and other industrial applications, the NimbleSense architecture enables the sensors to operate at unprecedented low noise levels, which maximizes the accuracy of 3D printers. The pressure sensors also include the company’s patented Multi-Range™ technology, closed loop control and advanced  digital filter features, which can further improve the precise operating capabilities of 3D printers.

    “3D printing or additive manufacturing has significant cost advantages. However, improved performance and accuracy are imperative for 3D printers to become mainstream industrial manufacturing instruments,” said Anthony Gioeli, Vice President of Marketing, Superior Sensor Technology. “Our NimbleSense technology is making it easier and more cost effective to develop pressure-controlled 3D printers that build objects with accurate disposition and structural integrity.”

    For example, consistent material flow through the 3D printer nozzle will ensure accurate material placement when building an object. The pressure required by the nozzle varies depending on the object being constructed and type of material flowing through the nozzle. Multi-Range allows a single sensor to support multiple pressure ranges, which allows the sensor to change the pressure of the nozzle “on-the-fly” to meet the pressure requirements for that particular object.

    The integrated closed loop control feature improves the responsiveness of the printer’s pressure sensing mechanism, by controlling motors, valves and actuators that drive the nozzle, arms and other parts of the 3D printer. By integrating the advanced digital filtering feature into the sensor, exterior noise is eliminated before it can lead to inaccurate pressure readings.

    The ND210 is an ideal pressure sensor for 3D printers, as it supports differential pressures as low as 62.5 pascal to as high as 2500 pascal - ensuring high accuracy for a wide array of materials and structures. In addition, its position insensitivity will not impact accuracy by any movements in the arm or nozzle.

    Superior Sensor Technology is revolutionizing the high performance, cost driven pressure sensor market by developing integrative, highly intelligent solutions for industrial, HVAC and medical applications. The company’s technology is based on a breakthrough system-in-a- sensor, proprietary architecture, called NimbleSense™, which significantly improves overall sensor performance while adding exclusive application specific system features. Superior Sensor Technology was founded in 2016 and is based in Los Gatos, CA.


  • SP Series
    Designed for Spirometers, SP Series of pressure sensors have extremely high accuracy. Multi-Range technology enables each device to support 4 pressure ranges, and unique Z-Track technology eliminates zero drift and the need for calibration....

  • Superior Sensor Technology’s SP Series low-pressure sensor module family uses NimbleSense™ — a proprietary architecture attaining a very high-level dynamic range — to develop the industry’s best-performing Spirometry pressure-sensing device.

    This broad dynamic range is perfectly suited to provide accurate near-zero measurements for supporting the demanding functional necessities of the Spirometry market. Now, selectable multiple pressure ranges are supported in a single package. The SP110/SP210 can be user-programmed to full-scale ranges of ± 250, 500, 1 k and 2.5 kPa whereas the SP160 can be programmed to ranges of ± 5, 10, 20 and 40 kPa.

    To simplify customer integration efforts considerably, the SP Series family offers a new sensor integration level into the Spirometry market that combines a superior piezoresistive sensing element with DSP, ADC, integrated amplification and processor intelligence. Floating point technology is leveraged by the SP Series to offer an exceptionally accurate digital output.

    When this precision is combined with the enhanced zero point and the best positional immunity of the industry, the ultimate in Spirometry system sensing performance is enabled. Performance, system cost and reliability are optimized by the SP Series for the competitive Spirometry market.

    Industry Leading Accuracy Performance

    The SP Series measures the pressure of dry air and non-aggressive gas with exact precision better than 0.10% of the selected range. It also exhibits an industry-leading Total Error Band, which is usually better than 0.15% FSS.

    In addition to industry-leading accuracy and positional insensitivity, the SP Series also include a proprietary Z-Track™ feature that practically eliminates zero errors. Power-on time is another important consideration, and with Z-Track™, warm-up time is substantially decreased, thereby making the SP Series a great choice for time-critical installation applications.

    Differential Pressure Sensor for Spirometry Applications: SP Series

    Image Credit: Superior Sensor Technology

    Additionally, Spirometry devices must function flawlessly in crowded RF environments created by a confluence of wireless transmitters. This RF immunity requirement drives the need for special design effort to be put into the product packaging. This is done to minimize the effects of spurious RF signals on the sensor module performance. The SP Series has undergone proprietary design techniques to enhance the EMI immunity, reducing the influence of close proximity EMI producing devices such as WiFi, Bluetooth and other cellular communication protocols.

    Key Features

    • High-performance low-pressure sensor
    • Multi-range with four calibrated ranges for each device
    • 16-bit resolution for each range
    • Ultra-low noise
    • 19-bit effective resolution
    • Highly integrated sensor, ADC and DSP
    • Z-Track™ technology virtually eliminates zero drift
    • Pressure ranges from ± 250 Pa to ± 40 kPa
    • Improved EMI Immunity
    • Best-in-class position insensitivity
    • Output Update Rate of 500 Hz
    • Standard I2C and SPI interface
    • Selectable bandwidth filter from 25 Hz to 250 Hz
    • Precision better than ±0.10% of selected range
    • Total Error Band less than 0.15% FSS 
    • Temperature compensated from 0 °C to 50 °C
  • CP Series
    Designed for CPAP and BiPAP, CP Series of dual pressure sensors combine gage and differential sensors in 1 device. Highly flexible as both sensors support multiple pressures and there’s a selectable bandwidth filter = 64 possible configurations!...

  • Superior’s CP Series sensor module family is based on the proprietary NimbleSense™ architecture, which is the industry’s best. The CP Series integrates two enhanced piezoresistive sensing elements, along with ADC, DSP and processor intelligence.

    The CP Series is a whole sub-system that combines two different types of pressure sensors — differential and gage. The CP Series is the ideal option for sleep apnea applications, offering the greatest performance, maximum integration and lowest system BOM in the market.

    Industry Leading Performance

    The CP Series has very high accuracy and a steady zero point for measuring dry air and non-aggressive gas pressure. Non-linearity is also industry-leading, often lying within 0.15% of the desired range.

    The patented NimbleSense™ design is used in the CP Series to produce the industry’s broadest dynamic range and top-performing product, with ranges as low as ±250 Pa for the differential pressure sensor to as high as ±6 kPa for the gage pressure sensor. As pressure ranges are reduced, competing solutions decline; however, the CP Series with Multi-Range capability retains excellent performance down to ±250 Pa.

    Optional Advanced Filtering

    Noise-induced mixing issues are practically eliminated due to effective filtering that removes unwanted noise from the fan output.

    The CP Series family, which is designed with a high-reliability plastic case, offers the optimal combination of very high performance and reliability while assuring that clients have a high-volume, economic solution tailored for their sleep apnea system requirements.

    Key Features

    • Highly integrated by combining two pressure sensors in one device: differential and gage
    • CP Series Subsystem enables selectable:
      • Differential range (±250 Pa to­­ ±2.5 kPa)
      • Gage range (±2 kPa to ±6 kPa)
      • Bandwidth (25–250 Hz)
        ​16-bit resolution each channel range
    • Supply voltage compensation
    • Dual-sensor air flow controller sub-system designed for BiPAP, APAP and CPAP machines
    • Standard I2C and SPI Interface
    • Ultra-low noise, 17.5-bit effective resolution
    • Multi-Range™ with 4 calibrated ranges per sensor
    • Temperature compensated 5 °C – 50 °C
    • Excellent long-term stability
    • Output update rate up to 500 Hz
    • Very high accuracy ±0.05% of the selected range
    • Advanced multi-order filter to eliminate critical fan output noise (Optional)
  • HV Series
    Designed for HVAC systems and air handling applications, HV Series of pressure sensors have extremely low noise floor. Multi-Range technology enables each device to support up to 8 pressure ranges and there is an integrated 50/60Hz notch filter....

  • Superior’s HV Series low-pressure sensor module series uses a patented design called NimbleSense™ to achieve the largest dynamic range in the industry. This broader dynamic range is perfectly suitable for delivering numerous pressure ranges in a single package, reducing the number of sensor variations needed to meet the demanding functional requirements of the HVAC market.

    Industry Leading Performance

    The HV Series, with very high accuracy and a steady zero point, quantifies dry air and non-aggressive gas pressure. Non-linearity, which is generally better than 0.10% FSS, is also industry-leading. Power-on time is also an important consideration. Furthermore, with a warm-up period of only a few minutes, the HV Series is the best choice for time-critical installation applications.

    The HV Series family offers a new level of integration by combining a superior piezoresistive sensing element with integrated amplification, ADC, DSP and interface, easing customer integration efforts. The use of powerful digital processing allows for new functionality, which simplifies system development, increases production efficiency and improves stability.

    The HV Series family, which is designed with a high-reliability plastic case, offers the optimum combination of very high performance and reliability while assuring users get a large-volume, cost-effective solution that is customized for their HVAC requirements.

    Key Features

    • Highly integrated sensor, ADC and DSP
    • Selectable bandwidth filter from 0.1–10 Hz
    • Multi-Range (maximum of eight calibrated ranges/device)
    • 16-Bit resolution for each range
    • Pressure ranges 0.1 to 60 inH2O (25 Pa to 15 kPa)
    • Long Term Stability ±0.10% FSS/Year
    • Output data rate from 0.5 to111 Hz
    • Temperature-compensated: 0 °C – 50 °C
    • Total Error Band less than 0.15% FSS
    • Accuracy better than 0.10% of selected range
    • High-performance low-pressure sensor
    • Standard I2C and SPI interface
    • Exceptional zero stability
  • ND Series
    With expanded operating temperature, industry’s lowest noise floor and ability to support up to 7 pressure ranges in 1 device, the ND Series of absolute, differential and gage pressure sensors is ideal for a wide range of applications....

  • The ND Series of pressure sensors support many applications by measuring differential, gage and absolute pressures from as low as 62 pascal to as high as 150 psi.

    Having an expanded operating temperature to go along with the industry’s lowest noise floor and the ability to support up to 7 pressure ranges in one device, the ND Series is ideal for a variety of industrial applications from air curtains to aeronautics, from environmental chambers to eye surgery equipment, from room pressure monitoring to leak testing, and from UAVs to 3D Printing.

    Flexibility is at the core of the ND. Not only can its multiple pressure ranges be changed ‘on the fly,’ there’s also an advanced programmable bandwidth filter, integrated notch filter and optional closed loop control capability.

    What does this flexibility mean? Engineers can design one, or a whole series of products, much faster and more efficiently than with competing pressure sensors. A company can standardize on one sensor and quickly release many innovative solutions across various markets. And procurement and manufacturing can standardize on one part, resulting in greater purchasing leverage, lower inventory costs and reduced manufacturing complexities.

    Key Features

    • High-performance low-pressure sensor
    • Pressure ranges 0.25 inH2O (62.5 Pa) to 150 psi (10.3 Bar)
    • Up to seven selectable pressure ranges per device (differential/gage sensors only)
    • Comes with 16-bit resolution (each selected range)
    • Integrated 50/60 Hz notch filter
    • Outstanding zero stability
    • Bandwidth filter from 1.0 Hz to 200 Hz
    • Total error band below 0.15% FSS
    • Output data rate up to 444 Hz
    • Very high precision  ±0.05% of the selected range
    • Standard I2C and SPI Interface
    • Availability of long-term stability ±0.05% FSS
    • Silicon gel protection available on psi rated models
    • Supply voltage compensation
    • Temperature Compensated –20 °C to 85 °C
    • Fully integrated compensation math

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