3D-Printing Innovations with FDM

3D-Printing Innovations with FDM teaches fundamental and advanced 3D printing techniques using Rhinoceros 3D and Grasshopper

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Overview
Content
Instructors
Reviews

Duration:

8 Hours

Difficulty:

Beginner

Language:

English

Certificate:

Yes

Registration:

€105.00

Tutor:

Victoria Roznowski

Members:

89.25 EUR (28.60%) discount

Recordings:

Available Indefinitely

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Introduction of the workshop:

3D printing technology has revolutionized design and fabrication, offering a shortcut to turning digital designs into physical objects. This workshop aims to empower you with the skills to push the boundaries of this technology, enabling you to create innovative and unique designs.

What You’ll Learn?

Revolutionizing Design: Leveraging 3D Printing for Innovative Creations

Practical Skills: Designing Small-Scale Interior Objects in Rhino and Grasshopper

Precision Control: Generating Custom Toolpaths and G-Codes for 3D Printing

Exploring Materials: Fine-Tuning Parameters in Slicing Software like Cura

Confidence in Creation: Tackling Design Challenges with Advanced 3D Printing Techniques

Methodology:

The workshop will combine presentations, tutorials, and hands-on exercises with live – printing sessions. Participants will apply the concepts learned through practical design exercises, focusing on small-scale interior design objects (up to 10 cm / 4 inches) to ensure feasible printing times.A typical workflow will involve generating a base geometry, creating a custom toolpath for the object, and defining parameters for the 3D printing process in Rhino and Grasshopper.

Throughout this workshop, you’ll quickly learn the basics of 3D printing, including different materials and essential parameters, followed by extensive manipulation of these parameters. We’ll go beyond the default settings of slicing software by generating custom G-Codes with Grasshopper. You’ll be able to experiment with and optimize the printing process to suit your creative needs.

By the end of the workshop, you will be confident in 3D printing, ready to tackle any design challenge that comes your way. To achieve your desired results, you will learn fundamental 3D printing concepts and explore parameter adjustments in slicing software like Cura.

You’ll gain practical experience designing small-scale interior objects and generating custom toolpaths and G-codes for maximal control and professionalism.

What You’ll Use?

Grasshopper 3D

Rhinoceros 3D

Cura

Highlights:

Knowledge Requirements:

This workshop is suitable for everyone, from 3D printing newbies to enthusiasts looking to deepen their knowledge.

The introductory session on 3D printing will ensure all participants start on the same level before diving into the more advanced sessions.

Access to an FDM 3D printer is not required, but it is highly appreciated.

If you plan to print during the workshop, here is a list of materials we will be using in addition to your 3D printer:

Worksession 1-3:

PLA (personal preference: matte and colorful)
Printing nozzles: 0.4mm as default and 0.8mm for experimentation (the larger, the better)

Worksession 4:

Flexible TPU
1m² of stretchy coarse-meshed fabric (e.g. mixture of Polyamide and Polyester)

Get ready to print, experiment, and have some fun with 3D printing!

Content

Introduction (06:14)

Introduction + Updates

Lecture (22:11)

Optimizing 3D Print Quality

This lecture explores the impact of nozzle size, layer height, layer width, and slicing parameters on 3D print quality, speed, and strength, highlighting optimization techniques for better results.

3D Print Settings Optimization (30:16)

Slice Settings and G-code Optimization

This session covers essential slice software settings and custom G-code adjustments for improving 3D print quality, along with useful tests and resources to optimize settings for various materials and printers

G-code Basics (27:49)

Overview of G-code for 3D printing

This session explains G-code basics, including commands for movement, settings, and temperatures in 3D printing.

Grasshopper G-code (32:22)

G-code Generation with Grasshopper

This session covers generating G-code in Grasshopper, including coordinate setup, curve creation, and file preparation for 3D printing.

Custom G-code Creation and Testing (01:14:31)

Custom G-code Demonstration Guide

This session demonstrates creating custom G-codes for 3D printing, including start and end protocols, extrusion multiplier calculation, and code verification.

Day 1 recap: 3D printing (14:31)

First Session Print Overview

This session covers 3D printing workflows, including model creation, slicing, G-code generation, and print quality factors, with examples of Grasshopper scripts for basic G-code instructions.

Printer Parameter Optimization (55:26)

Optimizing printer parameters and extrusion

This session covers optimizing 3D printer parameters and extrusion rate with Grasshopper examples and test comparisons.

G-code Optimization and Troubleshooting (51:16)

Optimizing and troubleshooting G-code parameters

This session covers optimizing G-code by adjusting parameters like fan speed and extrusion multiplier, troubleshooting issues, and correcting mistakes with Grasshopper scripts and print settings.

Curves and Textures Printing (44:12)

3D printing curves, textures, troubleshooting

This session covers strategies for 3D printing curves and textures with Grasshopper, including spiralizing curves, creating textures, troubleshooting issues, and optimizing extrusion values.

Custom G-code live Printing (01:01:47)

Custom G-code for non-planar geometries

This session explores custom G-code techniques for 3D printing non-planar geometries, including optimization and print time calculations.

Part 1 (15:11)

Part 2 (21:54)

Meet Your Instructors

Victoria Roznowski

4 Followers

0 Following

Biography

Victoria Roznowski is a specialist in 3D printing with a strong background in architecture, computational design, and digital fabrication. Based in Germany, she has made significant contributions to the field of 3D printing, particularly in the context of affordable housing. She was recognized for her work in the Initiative99 competition by ICON Technologies, where her project, “Beyond Shelter,” demonstrated the innovative use of scalable 3D printing technologies for social housing.Roznowski’s expertise extends to various aspects of digital fabrication, and she actively shares her designs and models on platforms like Printables.com. Her work often features intricate designs that showcase her skills in both aesthetics and functionality, such as the popular “Bubble Vase” design.

This course is part of a bundle:

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3D-Printing Workshops Bundle

The 3D-Printing Bundle offers expertise in ceramic printing, FDM innovations, and construction techniques from three instructors.

€355.00 €210.00

View Bundle

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€125.00

€105.00

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Duration:	8 Hours
Instructor:	Victoria Roznowski
Difficulty:	Beginner
Language:	English
Certificate:	Yes, Learn more
Digital Members:	89.25 EUR

Gift The Course

This course is part of a bundle:

3D-Printing Workshops Bundle

The 3D-Printing Bundle offers expertise in ceramic printing, FDM innovations, and construction techniques from three instructors.

€355.00 €210.00

View Bundle

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