Integration of VP/RP/RT/RE/RM for rapid product and process development

Abstract

Purpose

To provide an innovative way for manufacturing in which the integration of rapid technologies is simultaneously used methodologically in real‐time for the rapid product and process development (RPPD).

Design/methodology/approach

A range of related works are discussed and an experimental implementation of the RPPD methodology is described for composite functional prototype design and rapid manufacturing (RM). The simultaneous integration of VP/RP/RT/RE/RM technologies consolidates a powerful methodology to achieve the RPPD objectives.

Findings

The RPPD developed methodology takes advantage of both virtual prototyping (VP) and physical prototypes made by rapid prototyping (RP) technology to evaluate performances and design ergonomic aspects. The increasing needs to reduce lead‐time and costs have direct converting RP in rapid tooling (RT) technology for RM. Furthermore, to verify the parts and tools geometry accuracy the simultaneous use of scanning techniques for metrology control aided by reverse engineering (RE) as allow decreasing the RPPD time.

Originality/value

This paper evaluated RPPD results and the metrology control plotted in error distribution function and cumulative error distribution histograms validate the best practice developed that industrial manufacturers could implement allowing time and costs reductions.

Citation

Carvalho Ferreira, J., Santos, E., Madureira, H. and Castro, J. (2006), "Integration of VP/RP/RT/RE/RM for rapid product and process development", Rapid Prototyping Journal, Vol. 12 No. 1, pp. 18-25. https://doi.org/10.1108/13552540610637237