Application notes
Discover how FOERSTER technologies solve a wide range of inspection and measurement tasks in real-world applications. Our Application Notes provide insights into typical challenges, the appropriate solutions and proven results – concise, practical and application-focused.
66 application notes
Surface Inspection of Valve Spring Wire with Special Geometries
Surface defects in valve spring wire can cause spring failure and engine damage. Eddy current testing reliably detects defects, even on special geometries.
Structure Testing of Aluminium Components with Eddy Current
Missing heat treatment can lead to stress cracks and component failure. Eddy current testing reliably identifies non-heat-treated aluminium parts inline.
Crack Testing of Valve Housings and Valve Sleeves with Eddy Current
Cracks in valve housings and valve sleeves can cause engine damage or fire. Eddy current testing reliably detects defects during production.
Detection of Surface Defects of Fittings with Flex Probes
Surface cracks in gunmetal fittings can compromise product quality and safety. Eddy current testing reliably detects defects during production.
Automated Crack Detection of Piston Pins and Piston Rods
Cracks in piston pins and piston rods can cause severe engine damage. Eddy current testing reliably detects defects during production.
Automated Crack and Structure Testing of Valves
Cracks or incorrect heat treatment can cause engine valve failure. Eddy current testing reliably detects defects and verifies material properties.
Automated Crack Detection of Brake Discs
Cracks in brake discs can compromise vehicle safety. Eddy current testing reliably detects surface defects with 100% inline inspection.
Automated Crack and Structure Testing of Ball Pins
Cracks or incorrect heat treatments in ball pins can compromise steering and suspension safety. Eddy current testing reliably detects surface defects and varifies material properties during production.
Automated Testing of Cylinder Bores with the Eddy Current Method
Cracks, pores or coating defects in cylinder bores can cause engine damage. Eddy current testing reliably detects defects during production.
Non-Destructive Crack and Structure Testing of Cams and Camshafts
Cracks or structural deviations in cams and camshafts can cause severe engine damage. Eddy current testing reliably detects defects and material variations.
Structure and Crack Testing Axle Pivots with Eddy Current
Material mix-ups, hardening errors or cracks in axle pivots can compromise safety. Eddy current testing reliably detects critical defects.
Monitoring the Autofrettage Process of Injection Systems
Incorrect autofrettage can weaken high-pressure tubes. Eddy current testing reliably verifies material properties and process quality automatically.