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3D Printing Material and Time Optimization

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2024

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helpResearch question3D Printing Material and Time Optimization

How can material waste and print time from infill and support structures in FDM 3D printing be reduced?

UIST '24SealingLid: FDM 3D Printing Technique That Bends Thin Walls to Work as a Lid

helpResearch question3D Printing Material and Time Optimization

How can thin walls serve as an alternative to support structures through FDM print head operations?

UIST '24SealingLid: FDM 3D Printing Technique That Bends Thin Walls to Work as a Lid

helpResearch question3D Printing Material and Time Optimization

Under which model forms does SealingLid technology best optimize material use and print efficiency?

UIST '24SealingLid: FDM 3D Printing Technique That Bends Thin Walls to Work as a Lid

lightbulbPractical problem3D Printing Material and Time Optimization

Users face long print times and excessive material waste in 3D printing.

UIST '24SealingLid: FDM 3D Printing Technique That Bends Thin Walls to Work as a Lid

helpResearch question3D Printing Material and Time Optimization

How can slicing software be designed for ceramic material properties to extend geometric complexity of ceramic 3D printing?

CHI '24WeaveSlicer: Expanding the Range of Printable Geometries in Clay

helpResearch question3D Printing Material and Time Optimization

Can oscillating path generation effectively address wall thickness inconsistency and failure in ceramic printing?

CHI '24WeaveSlicer: Expanding the Range of Printable Geometries in Clay

helpResearch question3D Printing Material and Time Optimization

Can WeaveSlicer's new slicing approach reduce reliance on support structures in ceramic printing?

CHI '24WeaveSlicer: Expanding the Range of Printable Geometries in Clay

lightbulbPractical problem3D Printing Material and Time Optimization

Ceramic 3D printing is prone to print failure, uneven wall thickness, and support structure limitations.

CHI '24WeaveSlicer: Expanding the Range of Printable Geometries in Clay

helpResearch question3D Printing Material and Time Optimization

Without changing 3D printer hardware, how can user-inserted substitute structures reduce support material usage?

UIST '23Substiports: User-Inserted Ad Hoc Objects as Reusable Structural Support Replacements for Unmodified FDM 3D Printers

helpResearch question3D Printing Material and Time Optimization

How can substitute structure design and placement be optimized to maximize material and printing time savings?

UIST '23Substiports: User-Inserted Ad Hoc Objects as Reusable Structural Support Replacements for Unmodified FDM 3D Printers

helpResearch question3D Printing Material and Time Optimization

How feasible is it for users to insert temporary substitute support structures during printing?

UIST '23Substiports: User-Inserted Ad Hoc Objects as Reusable Structural Support Replacements for Unmodified FDM 3D Printers

lightbulbPractical problem3D Printing Material and Time Optimization

FDM 3D printing requires extensive support material, wasting time and resources.

UIST '23Substiports: User-Inserted Ad Hoc Objects as Reusable Structural Support Replacements for Unmodified FDM 3D Printers

helpResearch question3D Printing Material and Time Optimization

How can FDM 3D printing and blow molding be combined to achieve complex inflatable or shrinkable fabrication processes at low cost?

CHI '23PneuFab: Designing Low-cost 3D-Printed Inflatable Structures for Blow Molding Artifacts

helpResearch question3D Printing Material and Time Optimization

How can physical properties such as heat transfer delay and anisotropic expansion enable multi-stage shape transformation?

CHI '23PneuFab: Designing Low-cost 3D-Printed Inflatable Structures for Blow Molding Artifacts

helpResearch question3D Printing Material and Time Optimization

What kind of tool can help users simulate and iterate blow molding effects to achieve optimal design?

CHI '23PneuFab: Designing Low-cost 3D-Printed Inflatable Structures for Blow Molding Artifacts

lightbulbPractical problem3D Printing Material and Time Optimization

Existing technology struggles to manufacture complex deformable products at low cost.

CHI '23PneuFab: Designing Low-cost 3D-Printed Inflatable Structures for Blow Molding Artifacts

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Creativity, Design, and Generative Making

3D Printing Material and Time Optimization

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Related papers

WeaveSlicer: Expanding the Range of Printable Geometries in Clay

Substiports: User-Inserted Ad Hoc Objects as Reusable Structural Support Replacements for Unmodified FDM 3D Printers

PneuFab: Designing Low-cost 3D-Printed Inflatable Structures for Blow Molding Artifacts

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Creative Workflows and Multi-Stage Pipelines

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Generative Image Creation and Editing Control

3D Printing and Digital Fabrication