D\'efinition d'une pi\`ece test pour la caract\'erisation d'une machine UGV

TL;DR

This paper proposes a protocol for characterizing machine tools to improve their selection process, combining no-load tests and load tests on a test part, addressing gaps in technical data provided by manufacturers.

Contribution

It introduces a new characterization protocol that enhances machine tool evaluation by integrating complementary no-load and load tests based on industrial needs.

Findings

The protocol improves machine tool assessment accuracy.

It provides a more objective basis for machine selection.

The tests align with existing standards while extending their scope.

Abstract

In several fields like aeronautics, die and automotive, the machining of the parts is done more and more on high speed machines tools. Today, the offer for purchasing these machine tools is very wide. This situation poses the problem of the judicious and objective choice meeting industrial needs that must be necessary well expressed. The choice remains difficult insofar as the technical data provided to the customers by the manufacturers of machine tools are insufficient as well quantitatively as qualitatively. In this paper we present a protocol for the characterization of machines tools in order to direct the choice. The protocol is based on the one hand on no-load complementary tests to those recommended by the standards ISO 230 and ISO 10791 and on the other hand on the tests in load on a part test. In the first part, we present the industrial needs as well as an analysis of the technical data of machine tools. The second part is devoted to the study of the standards, the description of the protocol and the presentation of the results.