Medical Products

With decades of experience working with a wide variety of pressure sensors in medical devices, the Superior Sensor Technology team is well equipped to understand application requirements and propose optimal pressure sensing solutions.

 

The medical market is very broad covering:

•            Critical care applications including Ventilators and Anesthesia

•            Non-Critical care applications such as Spirometry and Oxygen Concentrators

•            Home care applications such as CPAP, BiPAP and APAP

 

With greatly varying cost, performance and safety requirements, it is important to look deeper at each system application to understand the unique value of Superior Sensor’s products:

•                Critical care applications: The equipment manufacturers and warranty service providers are expected to provide the highest reliability offerings possible.

•                Non-critical care hospital applications: Improvements in sensor performance help doctors to better diagnose patients.

•                Home care applications: Improvements in sensor accuracy and reliability extend the effective life of home care products.

CP Series for Sleep Apnea, COPD, Asthma and Home Ventilators (CPAP, BiPAP, APAP machines)

The CP Series is the industry’s only integrated dual pressure sensor solution (gage + differential)

•       64 configurations allows PAP machine to support patients from all age groups and various medical conditions

•       2ms response time and market leading 0.05% accuracy provide greater patient comfort and lower possibility of errors

•       Integrated dual sensors + advanced multi-order filter reduce machine cost, simplify product engineering and speed time to market

SP Series for Spirometry and FOT (Forced Oscillation Technique)

Spiromtery Sketch

The SP Series is a highly differentiated offering with several unique features 

•       Improved auto-zero performance using the proprietary Z-Track algorithm to maintain minimal zero point deviation – Virtually eliminating the impact of zero drift.

•       Positionally insensitive devices – Maintaining consistent and highly accurate handheld readings regardless of physical orientation of the spirometer.

•       Sensor accuracy, total error band and short-term zero stability are the best in class – ensuring consistently precise Spirometry measurements, yielding faster and more accurate patient diagnosis.

•       Warm-up time is essentially eliminated – Excellent choice for time critical applications.

•       Low power consumption – compatible with leading handheld requirements.

 

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