Materials characterisation below 1 MHz
We can now characterise moderate to low loss materials from 200 kHz to 13 MHz. For higher loss materials, the maximum frequency of measurement could be reduced due to dynamic range limitations.
We’re hiring!
At Precision Acoustics, one of our greatest strengths is our team! We're currently recruiting for two roles based in Dorchester.
New High Performance Composite Material for Transducers
We have recently launched a new high performance composite material designed for transducer backings operating under elevated hydrostatic pressures at 200 kHz and above - TBW650.
Have you seen our video tutorials?
Our Principal Research Physicist, Andrew Hurrell, has created a number of video tutorials to aid you in your research.
New Paper Published – Co-written by Andrew Hurrell
Our Principal Research Physicist, Andrew Hurrell, has co-written a paper with colleagues from Oxford Brookes, Greenwich and Brunel Universities.
Design Team of the Year – Winners
We are delighted to be announced as ‘Design Team of the Year’ Winners at the British Engineering Excellence Awards (BEEAs) for our work on Project reDRESS.
Precision Acoustics Collaborative Project Shortlisted for Two Prestigious British Awards
We are excited to announce that our collaborative project, ReDRESS, has been shortlisted for two prestigious British awards.
Megan Jenkinson Elected Vice-Chair of IEEE UFFC Industrial Engagement Committee
Megan Jenkinson, one of our Research Physicists, has recently been elected as the Vice-Chair of the IEEE UFFC Industrial Engagement Committee.
New, Friendlier Packaging Launched
Following a rigorous design process during 2020, we have just launched a new range of environmentally friendlier packaging for our transducer range.
Collaborative ReDRESS Project Success
A project to develop and manufacture radiation resilient ultrasonic sensors (reDRESS) has been completed with high praise from the project’s funding body.
