developing a
next-generation
vacuum sensor
Real-time insight into pressure, residual gases and leaks
About VAST
Precise control of vacuum conditions is important for modern processes in semiconductors, battery and pharmaceutical manufacturing. Subtle changes in vacuum quality can strongly influence process stability and outcomes.
We are developing a next-generation vacuum sensor that provides real-time insight into pressure, residual gases and leaks, supporting effective troubleshooting and reliable end-point detection. Designed for simplicity, the sensor uses a single connection port, enabling manufacturers to move beyond basic vacuum gauges to richer process understanding without modifying existing equipment.
The Problem
In industrial vacuum processes, undetected leaks, contamination or deposition of side products on the walls can lead to unstable conditions and reduce production efficiency due the need for unplanned maintenance or ultimately scrappage of product.
Traditional vacuum gauges provide only pressure data, with limited insight into the root causes of process drift or failure. As a result, manufacturers may experience reduced yield, unplanned downtime and costly troubleshooting. Existing advanced monitoring solutions are often complex, expensive and difficult to retrofit into established systems.
Our Technology
The sensor provides continuous, real-time monitoring of vacuum conditions, enabling early detection of faults and process deviations.
Designed to retrofit easily, it connects through a single standard port, requiring no system redesign. Advanced data processing translates complex vacuum behaviour into actionable insights, helping operators maintain stable processes, reduce downtime and improve manufacturing outcomes.
Value Proposition
Enhanced vacuum monitoring before, during and after processing can give better insight into daily operation.
Continuous insight may help identify end points more reliably, detect leaks earlier and predict the need for maintenance quickly to minimise downtime and any scrappage. Fewer instruments and clearer data can make systems easier to run and maintain. The new sensor is also designed for stable operation in demanding or corrosive environments. Taken together, these capabilities have the potential to reduce disruption and improve production efficiency, to increase confidence in process control, compliance and product quality.
Our team
Dr Anja Herrmann
Project lead driving commercialisation, market discovery and spin-out formation, with experience across research and industry collaboration.
Dr Tom Field
Academic researcher with 30+ years’ experience in chemistry and physics, specialising in mass spectrometry design, development and application.
Rebekah Tougher
Drives IP transfer from academia to industry, bringing extensive experience in business development, deal negotiation and strategic partnerships.
Jonny McClintock
Experienced commercial advisor supporting early-stage ventures with market strategy, IP commercialisation, scaling and investment readiness.
Contact us
Get in touch with the VAST team to discuss next steps or request more information.