Integrated heating and temperature feedback keep an articulating probe head thermally stable, reducing expansion errors in co-ordinate measurements.
A hinge-integrated counterweight offsets gravitational torque in articulated CMM arms to cut operator fatigue, limit deformation, and improve accuracy.
A hinge-mounted counterweight balances gravitational torque in articulated arm CMMs to cut operator workload and preserve measurement accuracy.
A surface texture measuring instrument integrates a displacement detector within the casing to house the measurement arm and stylus attachment mechanism.
A calibration artefact with defined touching regions synchronizes machine coordinates to derive actual states.
A probe unit correction method calculates reference tip and offset values to compensate for linear expansion during measurement.
A measuring apparatus generates an error map from a reference workpiece measured at non-ambient temperatures to correct subsequent dimensional readings.
Preloaded bearing members intersect resultant reaction forces to enhance load-bearing efficiency in coordinate positioning apparatuses.
Springs in CMM support beams allow parallel movement to compensate for thermal expansion mismatches between base and movable assembly.
A coordinate measurement machine updates its geometric compensation map using real-time temperature data to correct slide axis positioning.
A profile measurement apparatus resets its gauge head reference position using acquired deviation data to maintain positioning accuracy.
Segmented conduits with compensatory members maintain constant net load, reducing motor heat and metrology distortion.