Sistema de medida de propiedades magnéticas que permite obtener información de manera indirecta de las características microestructurales o mecánicas de piezas ferromagnéticas. Sistema de control de ensayo no destructivo útil para obtener información de la microestructura y las propiedades mecánicas de los aceros o detectar los defectos de producción como pueden ser las variaciones de dureza superficial, las quemas de rectificado, las tensiones residuales o la capa endurecida. Sistema de medida de propiedades magnéticas propio al que se le pueden acoplar distintos sensores comerciales o sensores propios dependiendo de la geometría y las características de la pieza a testear. Este sistema se puede utilizar para la realización de medidas manuales o medidas automáticas mediante el empleo de un robot gracias a distintos acoplamientos desarrollados.
Grinding and finishing technologies
Eddy current portable device.
Eddy current portable device. GE Inspection Technologies – Vector 2d with several probes.
System for detection of grinding burns of parts– Sensors for gears, screw shafts, bearings, camshafts – Technology to develop specific sensors for several component geometries
Own development. Various sensors can be coupled to gears, spindle shafts, bearings, camshafts - technology for specific development that can be coupled to various component geometries.
System for determination of mechanical properties by calibration and direct measurement of magnetic properties on steels
Own development
System for magnetic property measurements in steels – magnetic hysteresis cycles (from 0.1 to 80 Hz) – determination of magnetic induction (B) at several magnetic field (H) values.
Self-developed. System for measuring magnetic properties in steels, magnetic hysteresis cycles (from 0.1 to 80 Hz), determination of magnetic induction at different H magnetic field levels
Estimation of mechanical properties (hardness, yield stress, tensile strength) by indirect measurement of magnetic properties
Design and development of new non-destructive systems (manual or automatic) to detect grinding burns by magnetic Barkhausen noise
Nondestructive estimation of residual stresses by indirect magnetic properties. Characterization of surface residual stresses or residual stress depth-profiles.
Design and development of new non-destructive systems (manual or automatic) that detect variations on the hardened layer (surface hardness and case depth) and control the heat treatment by measurement of magnetic properties
Assessment of magnetic properties (magnetic hysteresis cycles: coercivity, remanence, hysteresis losses, magnetic induction (B) at several values of magnetic field (H)) to check if the desired steel fulfills required standards)