RECENDT - Research Center for Non-Destructive Testing GmbH
As an internationally well-recognized Research Center for Materials Characterization and Non-Destructive Testing, RECENDT GmbH - which is part of the UAR Innovation Network - has operated very successfully within the Austrian and international markets since 2009.
Austria
Overview
As an internationally well-recognized Research Center for Materials Characterization and Non-Destructive Testing, RECENDT GmbH - which is part of the UAR Innovation Network - has operated very successfully within the Austrian and international markets since 2009.
Milestones in the early years included becoming a non-university Christian Doppler laboratory (CD-lab) for Photoacoustics and Laser Ultrasonics (up until 2016 RECENDT operated as one of only two non-university CD-labs in Austria) and gaining the "special award for Research" at the Innovation Awards of the federal state of Upper Austria in 2010.
RECENDT has gained an internationally acknowledged reputation as a partner as well as a coordinator in numerous national, EU, and international projects. The company is well established as a popular partner for local SMEs and multinational enterprises.
Products & Services
Detection of defects, flaws, delamination, contaminations, etc.
- Testing of metals, polymers, semiconductors, ceramics, composites, etc.
- Testing of highly specific samples (hot, cold, dangerous, very sensitive, small etc.)
- Detection of delaminations - e.g. in composites/CFRP, silicon wafers, coatings, adhesive bonds
- Non-destructive evaluation of bonded joints
- Quality control of welds and spot welds
- Detection and imaging of defects under the surface of various materials
Characterization of materials
- Chemical/spectroscopic investigations & material characterization
- Characterization of highly specific samples (hot, cold, dangerous, very sensitive, small, etc.)
- Non-contact temperature measurement
- Characterization of thin films and coatings including layer thickness measurement down to nanometer structures
- Determination of the hardening depth of thermally hardened metals
- Characterization of 3-dimensional (layered) micrometer structures
- Detection and imaging of structures under the surface of different materials
- Measurement of elastic properties and anisotropy effects
- Observation of microstructural changes during thermal treatment of metals
- Characterize time series of changes and dynamic processes on a microscopic scale
Technical support and Imaging
- Infrared- & Raman-Spectroscopic Imaging with highest resolution
- 3D printing service in polymer fDm technology
- Electronic Design Service
- Prototype development for specialized (sensor) solutions
- 3D imaging of internal structures at micrometre resolution
- chemical 2D imaging by spectroscopy/ hyper-spectral imaging (hsi)
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