Optimised 3D Printed Structures: developing a six-axis robotic spatial printing system

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Title

Optimised 3D Printed Structures: developing a six-axis robotic spatial printing system

Content partner

Victoria University of Wellington

Collection

Open Access Victoria University of Wellington

Description

Spatial printing is a form of additive manufacturing where material, typically thermoplastic, is extruded directly into a three-dimensional structure; unlike layer-based additive manufacturing which builds objects from two-dimensional slices. Spatial printing presents designers with a greatly improved level of control over material deposition, in comparison to layer-based FDM printing. The amount of material extruded dictates both the production time and cost of an object, encouraging designe...

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Format

Research paper

Research format

Scholarly text / Thesis

Thesis level

Masters

Date created

2020

Creator

Hamish Morgan

URL

https://figshare.com/articles/thesis/Optimised_3D_Printed_Structures_developing_a_six-axis_roboti...

Related subjects

Design not elsewhere classified / robotic spatial printing / material deposition control / topological optimisation / strong lightweight volumetric structures / layer-based additive manufacturing / School: School of Design Innovation / Degree Level: Masters / Degree Name: Master of Design Innovation / Degree Discipline: Design Innovation / Technology not elsewhere classified / Design Innovation

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