Electrosciences Limited

Electrosciences Limited is a United Kingdom-based scientific and technical consultancy focused on multifunctional materials research and development. Registered in Farnham, the company provides specialised services to industry, academia and research consortia in the physics and materials science of solid-state functional materials. Its work spans piezoelectric, ferroelectric, pyroelectric, multiferroic and magnetoelectric materials, as well as nanostructured multifunctional materials, thermoelectrics and materials for energy harvesting and solid-state energy storage. The company describes itself as research-led and data-driven, combining experimental physics methods with modelling, simulation and visualisation. Its principal service lines include collaborative research and development, testing and analysis, advanced analysis, modelling and simulation, and standardisation support. Electrosciences states that sound metrology is central to all its work and that it supports BSI and ISO standards development in advanced piezo materials and quantum metrology. It also offers access to in-house and partner laboratory facilities for materials characterisation, including in-situ and in-operando measurement tools developed in collaboration with the XMaS beamline at the European Synchrotron Research Facility. Alongside consultancy, Electrosciences supplies specialised characterisation instruments for piezoelectric materials in bulk and film form, aimed at materials science R&D and production quality assurance environments. Its product list includes a piezoelectric materials LIMM analyser, piezoelectric film d31/d32 analyser, piezoelectric materials d33 analyser, a multifunctional stress rig and a linear power amplifier for piezoelectric capacitive loads. The company also references ESPY31 and ESPY33 instruments in the context of its modelling, simulation and visualisation capabilities. The company's Technical Director is Professor Markys G Cain, described as having over 25 years of experience in applied R&D in academic and industrial environments. Electrosciences presents itself as a small, specialist provider capable of delivering bespoke solutions to complex scientific and technical problems, from state-of-the-art reviews and prototype tool development to technical management and research programme review. Its stated aim is to deliver competent solutions to complex scientific needs, with expertise built on more than 30 years of experience in materials science and the physics of the solid state.

Electrosciences Limited is a United Kingdom company based in Farnham that provides specialised scientific and technical consultancy in multifunctional materials research and development. Public information about the company is limited, and its own website is the primary source describing its activities, services and products. The company presents itself as having more than 30 years of experience in materials science and the physics of the solid state, and its homepage states that its team has more than 40 years of experience in materials science and the physics of the solid state. These figures describe the accumulated experience of the people involved rather than a precise founding date, which is not stated in the available evidence. Electrosciences has built its offering around the technical discipline of multifunctional materials. Its expertise includes functional materials such as piezoelectric, ferroelectric, pyroelectric, multiferroic and magnetoelectric materials; nanotechnology and nanostructured multifunctional materials; materials characterisation, including in-situ tools developed in collaboration with the XMaS beamline at the European Synchrotron Research Facility; modelling and visualisation using tools such as Finite Element Analysis and Interactive Data Language; active and smart materials and systems; bulk and thin film processing technologies; materials for energy harvesting and solid-state energy storage; thermoelectric materials and other solid-state energy coupled materials; and strategic research activities such as research laboratory development and design. The company's Technical Director is Professor Markys G Cain, who is described as having over 25 years of experience in applied R&D in both academic and industrial environments. Under his technical leadership, Electrosciences has positioned itself as a research-led consultancy that combines experimental physics with modelling and simulation. Its stated approach is based on standard experimental physics methods: design of experiment, observation, analysis and recommendation. It describes itself as data-driven, using large data set analysis with software tools including IDL, Python and C/C++, and results-orientated, aiming to provide clients with recommendations for technologies, materials or approaches. Electrosciences organises its work into several principal service areas. Collaborative Research & Development covers advanced materials research and development for industry, academia and consortia, including materials discovery through modelling, simulation, processing and characterisation. Testing & Analysis draws on an extensive range of materials testing facilities in house or within the laboratories of strategic partners. Advanced Analysis, Modelling & Simulation covers analytical modelling, finite element analysis, multiphysics simulation, visualisation, experimental validation and data interpretation across a wide range of electroactive and multifunctional materials. The company also provides research services ranging from state-of-the-art reviews to prototype tool development, advanced materials applied research, in-situ and in-operando metrology, prototyping including 3D CAD and 3D printing, standardisation and measurement method development, new materials profiling, design, manufacture and application, advanced data analysis and materials modelling, state-of-the-art research reports, technical and academic research review, and research, laboratory and development planning. A distinctive element of the company's identity is its emphasis on metrology. Electrosciences states that sound metrology is central to all its work and that it supports BSI and ISO standards development in advanced piezo materials and quantum metrology. This standardisation activity connects its consultancy work to the wider measurement infrastructure for electroactive materials. In addition to consultancy, Electrosciences supplies specialised tools for the characterisation of piezoelectric materials, in bulk or as film, for use in materials science research and development as well as production quality assurance environments. Its listed products include a piezoelectric materials LIMM analyser, a piezoelectric films d31/d32 analyser, a piezoelectric materials d33 analyser, a multifunctional stress rig and a linear power amplifier for piezoelectric capacitive loads. The company also references ESPY31 and ESPY33 instruments in the context of its computer modelling, simulation and visualisation experience. The available evidence does not disclose the company's founding year, ownership structure, parent company or financial details. It is described in Wikidata as a company in Farnham, United Kingdom, and its own materials present it as an active specialist consultancy serving industry and academia.

Specialist scientific and technical consultancy providing bespoke solutions in multifunctional materials R&D, metrology and piezoelectric characterisation instrumentation.

• Piezoelectric Materials LIMM Analyser

  Instrument for characterisation of piezoelectric materials in bulk or film form.

• Piezoelectric Films d31/d32 Analyser

  Instrument for characterisation of piezoelectric films.

• Piezoelectric Materials d33 Analyser

  Instrument for characterisation of piezoelectric materials.

• Multifunctional Stress Rig

  Stress testing equipment for materials characterisation.

• Linear Power Amplifier for Piezoelectric Capacitative Loads

  Power amplifier designed for piezoelectric capacitive loads.

• ESPY31 Instrument

  Instrument referenced in the context of modelling, simulation and visualisation capabilities.

• ESPY33 Instrument

  Instrument referenced in the context of modelling, simulation and visualisation capabilities.

1. 1Home : Electroscienceselectrosciences.co.uk
2. 2Services : Electroscienceselectrosciences.co.uk
3. 3Products : Electroscienceselectrosciences.co.uk
4. 4ElectroSciences : Electroscienceselectrosciences.co.uk
5. 5Electrosciences (United Kingdom) - Wikidatawikidata.org