STATOGRAPH probes
Probes for non-destructive crack detection of complex components using eddy current testing
Eddy current testing for safe components. STATOGRAPH probes are used for non-destructive crack testing of complex components using eddy current technology. They enable precise detection of surface and near-surface defects and therefore play an important role in quality assurance for safety-critical applications, particularly in the automotive industry.
For component testing, fixed and rotating differential eddy current probes are used, offering high inspection sensitivity and stable measurement results. The probes are designed for integration into automated inspection systems and ensure reliable and reproducible testing even at high production speeds.
FOERSTER offers a comprehensive range of standardized STATOGRAPH probes for various inspection tasks and component geometries. For special applications, FOERSTER also designs and manufactures customized probe solutions tailored to specific requirements.
STATOGRAPH probes are available with accredited calibration and a DAkkS calibration certificate for the four most commonly used standard probe types (Part no. 2293277, 2293285, 2293293, 2293307). Calibration is performed in FOERSTER’s ISO/IEC 17025 accredited calibration laboratory and ensures documented measurement uncertainty as well as full metrological traceability to national and international standards. This supports compliance with quality requirements and provides additional assurance during audits and probe replacement.
Information regarding the calibration procedure, decision rules and assessment of conformity can be found in the example calibration certificate.
Product highlights
Technical information
| PROBES | |
| Clearance compensation: | optional |
| Width of coverage: | 0,8 mm to 5 mm |
| Frequency range: | up to 1 MHz and 10 MHz |
| Test sensitivity: | High |
| Electrical and mechanical stability: | High |
| ROTATING HEAD | |
| Rotating probe speed: | nmax=15,000 min-1 |
| Frequency range: | 100 kHz – 1 MHz |