Value proposition

Sensor- und Datensysteme für Sicherheit, Nachhaltigkeit und Effizienz

Fraunhofer IZFP offers its customers and research partners the entire range of nondestructive testing technologies, whether it involves basic or applied research. The institute‘s researchers, engineers and technicians develop solutions to address modern testing applications including feasibility studies, consulting, training and inspection services and creating prototype systems.

Fraunhofer IZFP targets its activities toward nondestructive testing value chains within material cycles in key industries such as automobile manufacturing, aerospace, rail, energy, construction and agriculture by offering core NDT expertise and technologies designed for
- materials characterization
- in-line inspections
- component and parts inspections
- condition, state monitoring
- materials recovery, recycling.

With better security, reliability and lower costs in mind, the focus of the institute‘s application-oriented, industrial-purpose innovations is improving the quality of the customer‘s products.


By the way, you already know our industrial grade accredited inspection services?
- Accredited laboratory in line with DIN EN ISO / IEC 17025, to qualify and validate new nondestructive testing (NDT) processes for industrial applications
- Accelerated time-to-market and opportunity for qualified, norm-compliant deployment in industrial applications as well as for complete new in-house developments or custom adaptation of innovative NDT technologies, even in fields where norms have not been established
- Certification of the corresponding quality management system in accordance with DIN EN ISO 9001

Nondestructive Testing, Thermography, Life Cycle Monitoring, zerstörungsfrei, Produktlebenszyklus, ZfP 4.0, Elektronik für ZfP-Systeme, Materialcharakterisierung, Leichtbau, Materials Data Space, Fertigungsintegrierte ZfP, Zustandsüberwachung, Kognitive Sensorsysteme, Autoadaptive Sensoren, intelligente Messtechnik, Relevant Data, Compressive Sensing, and Multimodale Datenfusion