Stories & Features

Real-Time Sensing for Peak Fluidic Performance

Jul 15, 2025 by IDEX Health & Science

Pressure Sensors


Immediately detect blockages and mitigate risk before important samples are compromised with modular pressure sensors from IDEX Health & Science. The PS200 pressure sensor allows you to continually monitor system pressures for reliable instrument operation up to 200 psi (13bar). The fully isolated MEMS sensing element reacts instantly to pressure changes in your fluidic pathway, offering precise pressure monitoring and tight control over your fluidic operations. 

Our fully swept pressure sensors, provide real-time insights into pressure changes—ideal for both application optimization and instrument diagnostics. Low internal volume and a fully swept inline fluid pathway ensure that the sensor will not disrupt your analytical performance.

How Our Pressure Sensors Work:

A fully isolated MEMS sensing element reacts instantly to physical pressure changes of the fluid transmitted through a gel-filled cavity. Signal conditioning, analog-to-digital conversion, and I2C are provided by onboard electronics.

Sensor used in a fluidic system with components from IDEX Health & Science

Improve System Reliability with Real-Time Pressure Monitoring:

  • High precision with continuous monitoring  
  • Fully factory-calibrated  
  • Small form factor 
  • Low internal volume   
  • Negligible backpressure 
  • Easily communicates with I2C (Inter-Integrated Circuit) 
  • Fast response time 
  • Compatible with various life science reagents 
  • Fully isolated MEMS (Micro-Electro-Mechanical Systems) sensor 
  • Stable signal (low drift) 
  • Compatible with ¼-28 fittings or manifold mountable

Smarter Systems Start with Easy Pressure Integration

Our pressure sensors can be used as a stand-alone implementation or mounted with a manifold for seamless system integration.

Sensors: Stand-Alone

Stand-Alone Sensors

Manifold subsystem

Manifold Mounted

QuickStart sensor kits allow you to quickly get measuring with integrated USB adapter and Quick Start software for real-time monitoring. For quick system testing, our IDEX Health & Science Library—Powered by Python programming language offer a powerful yet easy-to-use syntax, for quick programming of sensors.

Let the good times flow with real-time pressure measurements.

Fluidic Life Science System Applications

Surface Plasma Resonance (SPR), life science applications, bioprocessing, and benchtop measurements.

Partner with us to determine how inline pressure sensors can improve your next fluidics project.


Related Resources and Products

Quick Start Sensors Tutorial

IDEX Health & Science Library