2004Modern MachineryRequires access

Mould Design and Manufacture of Engine Gas Guide with Reverse Engineering Technology

Guang Wang

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Abstract

One processing that the writer obtained the gas guide data of engine by reverse engineering technology, then processed those obtained data in CAD environment, established the mould surface to split the mould, at last accomplished machining by CAM system was presented and discussed. It be proved that this processing integrated reverse engineering and NC technology can advance the machine precision, reduce cost of the product, shorten manufacture cycle of mould, improve the quality of the product.

About this research paper

What this paper is about

One processing that the writer obtained the gas guide data of engine by reverse engineering technology, then processed those obtained data in CAD environment, established the mould surface to split the mould, at last accomplished machining by CAM system was presented and discussed. It be proved that this processing integrated reverse engineering and NC technology can advance the machine precision, reduce cost of the product, shorten manufacture cycle of mould, improve the quality of the product.

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Available abstract

One processing that the writer obtained the gas guide data of engine by reverse engineering technology, then processed those obtained data in CAD environment, established the mould surface to split the mould, at last accomplished machining by CAM system was presented and discussed. It be proved that this processing integrated reverse engineering and NC technology can advance the machine precision, reduce cost of the product, shorten manufacture cycle of mould, improve the quality of the product.

Key concepts: Reverse engineering, Manufacturing engineering, Engineering, Machining, CAD, Product (mathematics), Engineering drawing, Quality (philosophy)

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