Sention
Measurement
Data
Intelligence
01
Cell
intelligence
Applying advanced diagnostic techniques and machine learning to unlock a cell's full potential at any stage of its life. Optimising performance, reducing cost, and improving safety for any cell.
Ultrasound technology
Advanced
diagnostics
Sention utilises its proprietary acoustic imaging and electrochemical characterisation techniques to deliver unique insights. By integrating these methods with X-ray computed tomography and thermal imaging, we can 'look inside' electrochemical devices, measuring critical physical, structural, and chemical properties that influence their performance, quality, and safety.
Machine learning
Data analytics
and AI
The full power of Sention's measurement technologies is realised in how data is utilised.
Our blend of proprietary data and machine-learning algorithms, combined with Sention's cloud-based analytics platform, allow insights that are invaluable to developers, manufacturers, regulators and circular economy solution providers.
Our blend of proprietary data and machine-learning algorithms, combined with Sention's cloud-based analytics platform, allow insights that are invaluable to developers, manufacturers, regulators and circular economy solution providers.
02
Impact through intelligence
Sention seeks to empower the electrochemical industry to produce better and safer products in greater quantities to meet the demands of the energy transition.
Starting with the battery industry, we are revolutionising how measurements, data and AI are leveraged to reduce time to market, improve yield, quality and safety.
Starting with the battery industry, we are revolutionising how measurements, data and AI are leveraged to reduce time to market, improve yield, quality and safety.
Faster time to market.
Ultrasound technology
Testing
& development
Sention’s measurement solutions shorten the design-build-test cycle. They provide an understanding of how cells degrade and fail which is key to designing better, safer and lower-cost systems. Our ultrasound, X-ray imaging, thermal and electrochemical test solutions can be deployed in R&D laboratories individually, or in combination, to provide information on components or operational cells.
Improve safety.
Ultrasound technology
Manufacturing
The right measurement approach with the required speed and resolution is the cornerstone of effective quality control, cell grading and failure prediction. Our product range can be dispatched at different stages in the manufacturing process, realising a no-fault forward (NFF) total quality strategy. This can dramatically reduce waste and avoid costly product recalls.
Ensure quality.
Ultrasound technology
On-board
and in the field
Sention will equip the maintenance professionals of the future with the measurement tools required for regulatory testing and to diagnose and repair systems in service centres and in the field. Our unique insight into device operation combined with machine-learning algorithms allows us to teach next-generation battery management systems (BMS) to have predictive safety capabilities.
Reduce waste.
Ultrasound technology
Circular economy
and end-of-life
Realising a circular economy for batteries and e-chem technologies requires reliable cell evaluation following first-life operation. Our products provide a fast and accurate indication of performance and internal structure, allowing decisions to be made about the next stage of life and the safety implications of cell processing or re-use. We can also undertake digital teardowns for patent infringement investigation and postmortem failure analysis.
Ultrasound technology
Faster time to market.
Sention's measurement solutions significantly reduce design-build-test cycles, leading to faster time-to-market. Our proprietary characterisation methods, underpinned by our advanced acoustic technology, provide unique and deeper insights throughout all stages of device development. This accelerates the optimisation of both development and manufacturing processes, resulting in rapid, high quality cell production.
Ultrasound technology
Improve safety.
The current battery market is flooded with low-quality cells, posing serious safety risks and potential cost and reputation challenges for manufacturers and integrators. Sention's proprietary characterisation technologies and analytics can substantially improve cell quality, reducing risks for manufacturers, integrators, and end users. Additionally, Sention's acoustic technology potentially enables on-board analytics, offering continuous data on cell health and the ability to predict potential issues before they arise.
Ultrasound technology
Ensure Quality.
Battery integrators face constant uncertainty about the cells they purchase and integrate. Current quality control relies on aggregate tests like voltage decay or open circuit voltage (OCV), which lack the granularity to detect subtle defects or variations of defects within individual cells. Sention’s acoustic technology provides precise, spatially resolved data on cell integrity and performance, allowing early issue detection and ensuring greater reliability in the final product.
Ultrasound technology
Reduce waste and improve yield.
Battery integrators face constant uncertainty about the cells they purchase and integrate. Current quality control relies on aggregate tests like voltage decay or open circuit voltage (OCV), which lack the granularity to detect subtle defects or variations of defects within individual cells. Sention’s acoustic technology provides precise, spatially resolved data on cell integrity and performance, allowing early issue detection and ensuring greater reliability in the final product.
02
Markets
Electrochemical power systems are transforming the world and helping realise Net Zero. Applications are extensive and include stationary storage, automotive and consumer electronics as well as the production of sustainable fuels such as green hydrogen and ammonia for transport, heavy industry and fertiliser production.
Ultrasound technology
Testing
& development
Sention’s measurement solutions shorten the design-build-test cycle. They provide an understanding of how cells degrade and fail which is key to designing better, safer and lower-cost systems. Our ultrasound, X-ray imaging, thermal and electrochemical test solutions can be deployed in R&D laboratories individually, or in combination, to provide information on components or operational cells.
Prof.
Dan
Brett
Co-founder & CEO
Dr.
Matthew
Kok
Chief Product Officer
Dr.
Rhodri
Owen
Co-founder & CTO
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Gwenn
Lainé
Chief Operating Officer
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Elliot
Lawford
Industry Placement
Arjun
Manjunatha
AI Scientist
Bhavesh
Patil
Battery Engineer
John
Steggall
Software Lead
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Thanos
Korkovelos
Mechanical Design Engineer
Doga
Aktug
Business Development Representative
James
Mee
Data Science Lead
Ethan
Coke
Rapid Prototyping Technician
Battery Scientist
Hiring Now !
Could be You!
Bharadwaj
Omkaram
Senior DevOps Engineer
Hayden
Sommer
NED
Richard
Carter
Advisor
Dr.
James
Robinson
Co-founder & Chief of Innovation
Francis
Prime
Advisor
Prof.
Paul
Shearing
Co-founder & Chairman
Financial Controller
Hiring Now !
Could be You!
04
Get
in touch
If you want to learn more about our technology, or how you can get involved, invest or how our solutions can change your business, get in touch
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