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Investigation of Ergonomics in Photocuring 3D Printing Post-Processing Using Jack | IEEE Conference Publication | IEEE Xplore

Investigation of Ergonomics in Photocuring 3D Printing Post-Processing Using Jack


Abstract:

The Photocurable 3D printers are increasingly used due to their high accuracy, rapid prototyping and other advantages, among which the post-processing has become an impor...Show More

Abstract:

The Photocurable 3D printers are increasingly used due to their high accuracy, rapid prototyping and other advantages, among which the post-processing has become an important part. The existing post-processing equipment and process of 3D printing products mainly meet the functional requirements, while ignoring the human-machine-environment relationship. In this paper, Solid Works was used to build 3D models, and Jack 9.0 software was used to create a simulation environment. The post-processing was simulated and analyzed, the unreasonable design was found, and corresponding improvement suggestions were given based on the simulation results. It was hoped that the 3D printing post-processing equipment and process design could be improved in the future.
Date of Conference: 16-21 April 2020
Date Added to IEEE Xplore: 27 May 2020
ISBN Information:
Conference Location: Bangkok, Thailand

I. Introduction

The essence of 3D printing technology is additive manufacturing technology. Compared with traditional large-scale subtractive manufacturing technology, 3D printing is an important technology to develop from mass manufacturing mode to personalized manufacturing mode. According to its raw materials and molding methods, 3D printing is mainly divided into the following types. Fused Deposition Modeling(FDM), Stereo Lithography Apparatus(SLA), Selective laser sintering(SLS).[1] The technology of SLA was first successfully commercialized by 3D Systems company, which produces ProJet series and iPro series 3D printing equipment using SLA technology. This technology has the characteristics of high automatization of forming process, good surface quality of making prototype, high dimensional accuracy and the realization of relatively fine forming dimension, which has become a widely used rapid prototyping technology.[2]

References

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