Fraunhofer Institute for Nondestructive Testing IZFP Quality Assurance of Fuel Cell Components Using Collaborative Robotics
»Sealing Stacks II« (SealS II) - a publicly funded research project
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AI for NDT 4.0: Avoiding defects before they arise
AI-based Sensor Systems for Predictive Quality & Predictive Maintenance
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A selection of informative brochures
Information about Fraunhofer IZFP
- Fraunhofer IZFP - Sensor and Data Systems for Safety, Sustainability and Efficiency
- KI-based Sensor Systems for Predictive Quality & Predictive Maintenance
- NDT 4.0 Digital Transformation of NDT in Industry 4.0
- Nondestructive monitoring along the product life cycle (Fraunhofer IZFP at a glance)
- Fraunhofer Innovation Cluster Automotive Quality Saar AQS
- Range of services for quality assurance
- Lightweight Construction
3MA & eddy current
- Clinching – Online measurement of the wall thickness in clinched joints
- inspECT-PRO – Broadband eddy current inspection electronics for multi-channel and multi-frequency applications
- inspECT – DeepFlawDetector (rapid, large-scale testing for deep-seated flaws such a cracks or corrosion under metal or non-metal coverings using GMR line arrays)
- Inspecting material properties magnetically – Micromagnetic materials characterization with 3MA-II, 3MA-X8 and BEMI
- Hardness, case depth, yield strength, tensile strength
- Nondestructive inspection of press-hardened body parts using 3MA
- Nondestructive evaluation of hardness and residual stress depth profiles of valve springs by 3MA
- Fast micromagnetic materials characterization by inspection system 3MA-X8
- Clinching – Offline measurement of the wall thickness in clinched joints
- inspECT – Multi-channel multi-frequency eddy current inspection electronics
Hybrids
- HOBITS: Hollow Object Inside Testing System
- HyQualty – Hybrid production with standardized quality assurance
- 3D Smart Inspect
- MAGNUS – Hybrid micromagnetic ultrasonic testing system for in-line inspection of advanced high-strength steel
- Self-sufficient platform for permanent condition monitoring of infrastructure constructions
- BetoScan – Nondestructive inspection of infrastructure constructions
ultrasound
- Ultrasound Sensors – Custom-made
- Sensor System to Detect Cracks and Neckings in Formed Sheets
- WeldInspector – Ultrasound inspection at weld seams of gearbox output shafts
- OPTUS / ETHUS – Multi-channel electronics for industrial applications
- PASAWIS - Mobile manual inspection system for wheelsets with full storage of inspection data
- UER-mobil
- UER – Ultrasonic system for stress measurement in the rim of railroad wheels
- ADVISE – Advanced inspection of complex structures (EURATOM Research Project)
- Ultrasound techologies at Fraunhofer IZFP
- RAWIS – Railway wheel inspection system
- LUPUS – Air-coupled ultrasound testing system
- Laser vibrometry
- LIMAtest® – Nondestructive corrosion inspection on pipes and light poles
- Stress measurements by ultrasound
- Surface hardening depth (SHD)Randschichthärtungs-Härtetiefe (SHD)
- Complex geometries effortlessly tested – Quality control for composite components
- High-frequency ultrasonic technology for inspecting press-hardened steels – Optimizing the quality of the laser welding seam
- Nondestructive inspection and characterization of materials and components by sampling phased array
- Ultrasonic hollow axles inspection system (HPS) to inspect wheel set axles with longitudinal bore
- IUSE – High-performance, single-channel ultrasound electronics for industrial applications
- UNIUS – Flexible high-performance, single-channel ultrasound electronics
- Air-coupled ultrasound inspection – Contactless and contamination-free materials characterization