Development of an easy-to-use, cost-effective and robust plastic hybrid implant for sternal closure. The aim of SpineServ's part of the project was to develop a method for testing sternal closure implants that is based on the real loads occurring in vivo Funding: EUREKA Network Application E!13062 FIXTER between NEOS Surgery S.L. (Spain), the Leibniz Institute for Composite Materials GmbH (IVW) and SpineServ in combination with the Central Innovation Program for SMEs (ZIM) - cooperation project between the Leibniz Institute for Composite Materials GmbH (IVW) and SpineServ; funding code: ZF4145001CR5 Publication/Whitepaper for download
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Digitization of the testing process from the incoming parts inspection through test execution and reporting to return shipment of the tested samples in cooperation with code'n'ground AG, Heidenheim Funding: go-digital funding program of the German Federal Ministry for Economic Affairs and Energy
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Development and validation of a test method for the determination of the friction torque of hip endoprostheses following ASTM F3446 Final thesis THU "Development of a test rig for the determination of the friction torque of hip prostheses" |
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Development of blood vessel dummies (mock vessels) for testing vascular stents according to ASTM F2477 Final thesis THU "Development and validation of artificial blood vessels for mechanical testing of blood vessel stents" |
iPSpine: Induced pluripotent stem cell-based therapy for spinal regeneration Funding: European Union’s Horizon 2020 research and innovation programme; Grant agreement No 825925 |
Development, validation and testing of a novel software tool for objective, precise and image quality independent evaluation of radiolographic images for clinical studies Funding: Central Innovation Program for SMEs (ZIM) - cooperation project between the University of Ulm and SpineServ Funding code: ZF4145001CR5
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Development and validation of a mechanical model to quantify the loosening behavior of pedicle screws Funding: Central Innovation Program for SMEs (ZIM) - cooperation project between the University of Ulm and SpineServ Funding code: KF3180001JL3 |
Development of 3D printable bone equivalent test materials for realistic replication of biomechanical bone properties based on 4D deformation analysis Funding: KMU Innovativ (funding initiative of the Federal Ministry of Education and Research) ReMakeBone, participation as subcontractor.
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Development of more realistic load profiles and test conditions to investigate the wear behavior of intervertebral disc prostheses Funding: Grant funding "Start on Campus" of the Ulm University of Applied Sciences
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