Reverse innovative design from 3D mesh to 3D model of insole shoe orthotic

ANGGORO, P. WISNU and BAWONO, BAJU and Wicaksono, A and Kartini, . and Jamari, J. and Bayusena, A.P (2016) Reverse innovative design from 3D mesh to 3D model of insole shoe orthotic. In: 2016 International Conference on Engineering Tribology and Applied Technology, 4-6th November 2016, Taiwan.

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Text (P.W. Anggoro - B. Bawono - , A. Wicaksono - Kartini - J. Jamari - A.P. Bayuseno) No.31.pdf Download (2MB) | Preview

Abstract

In the context of today's manufacturing industry, all product innovations are designed and developed using CAD software (Computer-Aided Design). To visualize an insole shoe orthotic product (iso_product) corresponding to the contour reliefs malformed legs due to illness (foot deformities) the geometry model of the foot should be described in detail in the form 3D mesh solid. In addition, the designer's iso_product are embracing a wide range of digital 3D design application, such as foot IQube 3D scanning, 3D CAD PowerSHAPE 2015, Reverse Engineering, CAE Analysis and Rapid Prototyping CNC machine. This paper will describe in detail the stages of reverse engineering design (RID) to get a pair iso_product in people suffering from foot deformity. The process begins with the initial scan to get a foot in the form of 3D meshes .STL File. Scanning is done in a few feet of the Indonesian people over the mid age 40’s to 70’s and weight range of 30-90 kg and with condition suffering from deformities foot. Strategy solid modeling as the curved-based modeling that used in this paper to get the 3D surface and solid modeling iso_product that fit the relief contour of the scanned foot. In the early stages of this paper the results shown are for normal people's feet, but the future will show some 3D surface and solid modeling and the results of Finite Element (FE) models for people suffering from foot deformities.

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