A 4-axis system configuration of optical instrument has a significant advantages in improving accessibility to measure a part geometry, such as micro-tool and micro-mould. Performance verification of measurement involving simultaneous 4-axis movement is a new challenge, since in the ISO10360 standard, it is separately considered as linear and rotational movement. An innovative artefact along with its procedure for performance verification of 4-axis 3D optical coordinate measuring system is proposed. The proposed artefact will have minimal manufacturing and calibration cost. The artefact is useful for both manufacturer and customer in guaranteeing the instrument traceability path to the definition of meter.
On Performance Verification of Simultanous 4-axis 3D geometric Optical Instrument
MORONI, GIOVANNI;SYAM, WAHYUDIN PERMANA;PETRO', STEFANO
2015-01-01
Abstract
A 4-axis system configuration of optical instrument has a significant advantages in improving accessibility to measure a part geometry, such as micro-tool and micro-mould. Performance verification of measurement involving simultaneous 4-axis movement is a new challenge, since in the ISO10360 standard, it is separately considered as linear and rotational movement. An innovative artefact along with its procedure for performance verification of 4-axis 3D optical coordinate measuring system is proposed. The proposed artefact will have minimal manufacturing and calibration cost. The artefact is useful for both manufacturer and customer in guaranteeing the instrument traceability path to the definition of meter.| File | Dimensione | Formato | |
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On Performance Verification of Simultanous 4-axis 3D geometric Optical Instrument.pdf
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