Data di Pubblicazione:
2008
Abstract:
This paper details the development of a novel device for monitoring the quality of the metal surfaces sculptured by
modern machine tools. The developed system, that can be proposed as a machine tool accessory, integrates the three functions
of dimensional, roughness and waviness measurement. The measure is achieved, without contact, scanning the surface
with an optical measuring probe handled like an ordinary tool, which is loaded from the tool magazine and then
employed to perform the on-line measurement; a simple fibre connection to the control unit guarantees high immunity
to disturbances. The experimental validation proved the capability of the developed solution to meet the severe requirements
of the modern production systems showing the particular suitability of the inspection tool to the cases of Flexible
Manufacturing Systems and Agile Production.
modern machine tools. The developed system, that can be proposed as a machine tool accessory, integrates the three functions
of dimensional, roughness and waviness measurement. The measure is achieved, without contact, scanning the surface
with an optical measuring probe handled like an ordinary tool, which is loaded from the tool magazine and then
employed to perform the on-line measurement; a simple fibre connection to the control unit guarantees high immunity
to disturbances. The experimental validation proved the capability of the developed solution to meet the severe requirements
of the modern production systems showing the particular suitability of the inspection tool to the cases of Flexible
Manufacturing Systems and Agile Production.
Tipologia CRIS:
1.1 Articolo in rivista
Keywords:
Optical measurement; On-line inspection; Quality control; Machine tool
Elenco autori:
Minoni, Umberto; Cavalli, F.
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