COMPUTER-AIDED DESIGN AND OPTIMIZATION OF FIXTURES FOR PLASTIC PARTS MACHINING

The paper presents the basic steps of the methodology applied, reviews specific segments of the system, and illustrates its applicability on a study case featuring operations of drilling and milling of ABS parts. Reviewed and verified in this paper is a system which integrates functions of fixture design and optimization. The system was developed for machining of plastic parts. Due to specific characteristics of plastic parts, the system allows optimization of location of fixture elements for clamping and locating, using minimum deformation of plastic parts as the goal function. The paper present the basic steps of the methodology applied, reviews specific segments of the system, and illustrates its applicability on a study case featuring operations of drilling and milling of ABS parts.

PDF) Force and Deformation Analysis for Determination of Optimum Fixture Configuration

Borislav Savković's research works University of Novi Sad, Novi Sad and other places

Lightweight Components: A Paradox When Machining

PDF) Intelligent design and optimization of machining fixtures

Classification of positioning devices

PDF) Intelligent design and optimization of machining fixtures

PDF] Intelligent design and optimization of machining fixtures

Branko Tadic's research works University of Kragujevac, Kragujevac and other places

Metals, Free Full-Text

Additive manufacturing system provider transforms part supply by designing industrial-grade 3D printer in a few