Prosig was founded in 1977 by staff from the Institute of Sound & Vibration Research (ISVR) at the University of Southampton in the UK. The Company's goal was, and remains, to create the highest quality systems and software for noise and vibration measurement. The Company supplies reliable, high-quality, integrated measurement systems so that customers achieve the best results with the latest tools. As well as hardware and software solutions, we offer support, maintenance, consultancy, rental and training services.
The company designs systems using the knowledge gained over five decades of studying the world's sound and vibration problems. Our systems and engineers have helped the likes of NASA, Jaguar Land Rover, RWE, Ford, British Aerospace, RAL Space, Curtiss-Wright, Mazda and Airbus. Our systems are used in numerous companies, defence organizations, F1 teams, power generators, universities, and research organizations worldwide.
Prosig is a part of the Condition Monitoring Technology Group (CMTG). The combined knowledge and expertise of Prosig and the other CMTG brands allow us to provide complete engineering solutions, large and small, across various disciplines and market sectors. A network of partners, resellers and agents support businesses across the globe.
We are passionate about sound and vibration measurement and signal processing. When we began, we needed high precision and high integrity tools to measure and analyze sound and vibration. Nothing we found was good enough, so we made our own.
Industry
Software Development, IT Services, Information Technology, IT networks - management and backup, Testing equipment for industries (NES), Measuring and testing equipment, Electrical, Electronics & Optical, Electrical measuring and controlling instruments, Meteorological equipment, Optical measuring instruments NES
HQ Location
Link House
High Street
Fareham, PO16 7BQ, GB
Keywords
noise & vibrationnvhmodal analysissound & vibrationvibration measurementvibration condition monitoringmeasurementhammer impact testingacoustic measurementvibration analysis