3D Printed MD7HP is smallest integrated seven hole probe ever!
Surrey Sensors Ltd. is pleased to unveil the newest and smallest seven hole probe product in its best-selling line of fully-integrated digital multihole probes. The MD7HP series seven-hole probe measures [...]
MUS-series 64-channel pressure scanner has arrived!
The ultracompact, low-cost MUS-series 64-channel pressure scanner has arrived! The latest in Surrey Sensors Ltd.'s MUS-series of ultracompact pressure measurement products, the MUS-64 features 64 temperature-compensated, true-differential pressure sensors (with [...]
Surrey Sensors featured on Engineering.com
Surrey Sensors Ltd. is very pleased to have been featured in an article appearing on engineering.com for its innovative use of design and PLM software in the development of its [...]
It’s finally here! MUS-series pressure scanners now available.
Surrey Sensors Ltd. is very pleased to launch is brand-new MUS series of low-cost precision pressure measurement systems. The MUS-8, shown above, is a fully-encapsulated 8-channel digital pressure scanner measuring [...]
Reducing vibration-induced error
The Advanced Projects team at Surrey Sensors Ltd. has recently published a paper demonstrating how the measurement uncertainty of ultra-low range pressure scanners can be reduced by as much [...]
Success in an extreme environment
Recent work by the Homi Bhabha National Institute (HBNI) and the Bhabha Atomic Research Centre has highlighted the capability of Surrey Sensors measurement systems in extreme environments. In their recently-published [...]
COVID-19 Update
[5 January 2021] Following the public health guidance for England issed on 4 January, we have temporarily closed our engineering offices. Production and manufacturing will continue, but our throughput will [...]
Patent awarded to Surrey Sensors Ltd. “Sneezometer”
The surrey Sensors Ltd. fast spirometer has just been granted European and US patents. This technology (nick-named the “Sneezometer” because its extreme speed can even record a sneeze) was the output of [...]