Research and development is at the heart of Innerspec Technologies. Our company invests nearly 20% of sales turnover on research and development activities including development of new products and technologies, and enhancement of existing ones. This commitment to innovation has resulted in more first-of-a-kind applications than any other company in the industry, and a leading position in the field of Non-Destructive Testing.
With more than 50 patents and a world-class team of research and development and application engineers, Innerspec has unique solutions for nearly all industrial sectors including primary metals manufacturing, automotive, aerospace, oil & gas, shipbuilding, and the nuclear industry.
Innerspec Technologies has been officially certified as “Innovative SME” by the Spanish Ministry of Economy, Industry and Competitiveness.
Through Optiblanks Project, Innerspec Technologies will overcome the limitations of automotive TWB manufacturing process weld quality control with a novel hybrid technology approach. This new inspection system will enable 100% inspection of laser welded parts to identify defects such as porosity, lack of penetration, lack of side wall fusion, etc...
Innerspec, as a global leader in Automotive TWB inspection using EMAT technology, will remain in the leading edge with the introduction of the next generation of systems.
Innerspec will collaborate with automotive TWB manufacturers during validation, testing and installation of the OPTIBLANKS technology into their production environments.
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OPTIBLANKS Project is a SME instrument phase 2. This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 778392.
Innerspec Technologies has developed the first, portable, battery-operated handheld instrument that can be used to provide rail-side inspections and facilitate operation in any environment. The instrument is coupled with a proprietary, patent-pending, dual-channel sensor that does not need to be rotated during inspection thus simplifying the operation, increasing the reliability and accuracy of results, and reducing complexity and inspection cycle time.
This technology is the result of a National Research and Development project supported by the Spanish CDTI. Project Number: IDI-20160155
The aim of the project is to maximize the efficiency of the steel continuous casting production process by developing an integrated solution which let slab manufacturers predict, detect and avoid defects in advanced stages of the process.
Innerspec Technologies is validating the effectiveness of a novel inspection solution capable of detecting surface and subsurface cracks in slabs using EMAT technology.
This technology is been developed through a collaborative Research and Development project in collaboration with ArcelorMittal España, Universidad de Oviedo and additional SMEs leader in offering integration solutions within industrial environments.
SOJA project is a Retos Colaboración national project partly funded by the Spanish Ministry of Economy and Competitiveness. Exp: RTC-2016-4883-5
El proyecto SOJA ha sido financiado por el Ministerio de Economía Industria y Competitividad. Exp: RTC-2016-4883-5
In Alexandría Project, Innerspec Technologies developed new inspection procedures and specific EMAT instrumentation which targeted the improvement of conventional techniques for cracks detection such as X-Ray or Magnetic Particle Analysis. These techniques show operational difficulties and safety hazards in contrast with EMAT technology.
Through this project, Innerspec validated the advantages of using EMAT technology in the following areas: