passionate about 3d printing - but can't do cad
TRANSCRIPT
Just passionate about 3D printing- but can’t do CAD!
Yup, that’s me! Is it you too?
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Briefly my story ….
I am Ann Marie Shillito. This is why I went from
designer maker to software entrepreneur!
• designer maker jeweller• hands-on making in series• industrial technologies for
limited production• digital designing • laser cutting, 3D printing• founder/CEO: Anarkik3D Ltd • 3D modelling software
1990 Research: laser cutting titanium, niobium for jewellery in series •High end engineering software:
– Manage 2D digital designing – just!
– First hear about 3D printing
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1997: learn 3D CAD: •TriSpectives, TruSpace •frustrating, soul destroying experience•1st 3D print in wax for casting
•1998: 2nd 3D print : ABS
•1999: Research Fellow at Edinburgh College of Art
Remit: investigate CAD products for better experience for designer makers
Struggle to learn Rhino, design coffee table, prototype it
2000: apply AHRC: major funding for Tacitus Research Project …
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‘Tacitus’ Research Project 2000 – 2004
investigating haptic technology as a more intuitive way of working digitally in 3D for designer makers/applied artists
Ann Marie Shillito: Principle Investigator/Research FellowEdinburgh College of Art.
Dr. Mark Wright: Co-Investigator/Research Fellow University of Edinburgh. (EdVEC/Informatics)
2007: spin-out company from Tacitus research
2010: Product: Anarkik 3D Design•Accessible haptic 3D modelling software
•For designer makers, artists, •Creative persons, all ages
• non-CAD users
Creative freedomto stretch the scope of our imagination
Furniture Project: to recreate wood
8http://4axyz.com
Printer developed by 4AXYZ furniture company (Samir Shah)Material: wood powderMethod: specialised glue binder printed in.
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Ceramics: applied artPrinter: Delta 3D
Material: clayMethod: extrusion
By Jonathan Keep
Ceramic forms 3D printed by Jonathon Keep
http://www.keep-art.co.uk
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Printer : Delta 3D Material: clay Method: extrusion
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Unfold: Rapman 3D printer for extruding clay
Printer: Rapman Material: clayMethod: extrusionProject developed by Unfold
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Printer: Rapman Material: precious metal clay (silver)Method: extrusionProject developed by Esteban Schunemann
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Printer: Rapman (solar powered)Material: desert sandMethod: sintering using focused sun rays
Project developed by Marcus Kayser
Printer: Delta, Method: extrusion.Project by Designer Thorsten Franck: 7 Days 7 Stools collection: thin
walled vessels stabilized by ‘foldings’ to make structurally sound. 2014
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Consumer 3D printer Material: ABS or PLAMethod: filament extruded Jewellery by HotPopFactory
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To 3D print successfully, you need a good digital 3D model: 1. you can download someone else’s 3D model2. you can ‘scan’ an object ….. or yourself3. you can use software programmes to convert data into a 3D form4. you can create it yourself from scratch …
Collaborate with others: open source element dress by Dutch fashion designer Anouk Wipprecht •Open invitation to all to download, edit base file of particle through the TinkerCAD base template•Aim: collect about 150 parts created around the world, linked together into a item for Fashion Show
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CAD: great tool - amazing what designer produce with it. Same with processing programmes, i.e. Grasshopper and mathematical algorithms .
The complexity of the work is wonderful. This though can be as intimidating to the non-CAD user as the CAD packages used to create the work!
Acquiring a 3D digital model by capturing sound, and using
processing (coding) to transform data into printable forms
By SHAPES iN PLAY Material: polyamide
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Acquiring a 3D digital model:
using algorithms to cluster units
into unique printable forms
By Justin Marshall
Material: polyamide
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Creating a 3D digital model using coding (Grasshopper) to create precision patterns
with moire effect when units printedBy Lynn MacLachlan Material: polyamide
Finished by dyeing
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The inBloom Dress: developed out of the desire to push the capabilities of what could be printed on an Ultimaker 3D printer using flexible PLA filament.
Dress design: XYZ Workshop
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Diego Zamora:
PhD Project: 3D printing directly onto fabric
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Noa Raviv:
3D printed fashion
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Application: Inner Leaf shoe 3D printed Shoe Collection.Printer: ?, Materials: Polyamide? By Janina Alleyne,
Aphrodite shoes.Makerbot Replicator 2 and any
home printer, ABS, PLA, bronze, Laywood filament,
straps in Ninjaflex (printed in 2 parts)
By Michele Badia
Below: simple, DIY Shoes Cube 3D printer, or any home printer. ABS or PLA (printed in three parts, and fitted together. )
By United Nude founder, Rem D Koolhaas
Francis Bitonti:
3D printed shoes
Illuminated pins for dancers at Northern Ceilidh, Dundee 2014
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3D printer: MakLab, in ABS/PLA
Finish: dyed and set with LEDs and fastenings
By Elizabeth Armour
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Symbiotic Love Collection: 3D printed in polyamide.
Finishing: dyed, set with silver and pearls
By Elizabeth Armour (3DPrintShow Global Awards
2014 Finalist: Rising Star)
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Project: Combining advantages of
traditional Mokumegane and
lost wax castingand cutting-edge
technology (Rhino, 3D printing)
Applied art: jewellery3D printed: photosensitive resin or wax, then cast.
By Jae-won Yoon
31Illustration adapted from Sketchup Presentation for i.materialise conference. Can be seen here http://vimeo.com/11322333
Sketchup
Anarkik 3D Design
Grasshopper
TinkerCAD
Design it yourself. With CAD
Rhino (old version)
Blender
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CAD & coding barriers to DIY for non-CAD user : ‘boring’ & ‘hard’ Companies, groups & individuals developing other software types & methods for creating 3D digital forms!
TinkerCAD
123D Design
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By Unfold
Using a gestural system for digital form-making for 3D printing.
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By Kathryn Hinton
Using haptic hammering system for digital form-making.
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Exploiting haptics for more intuitive digital form-making: Anarkik3D
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• move & rotate objects & world in 3D
• manipulate, deform: feel and see interactions
• scale, construct, subtract: serendipity as default
• Export file formats: direct to 3D printing
• To some CAD (e.g. Rhino)
Anarkik 3D Design
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Jewellery and sculptural
objects
Designed using Anarkik
3D Design and Rhino
by Farah Bandookwala.
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3D printed rings
Designed using Anarkik 3D Design package
by Birgit Laken
3D Consequences Pilot Project
• Collaboration: 4 designers makers: swop digital models: 3 iterations•Educational: newbie supported to learn 3D digital modelling for 3D printing
3D Consequences Pilot Project•12 digital models for 3D printing•8 3D printed models: sponsorship from Sculpteo
6 jewellery students, struggling to use (Rhino). Digital results: 1 day workshop (Anarkik 3D Design)
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6 pieces of 3D printed jewellery, resulting from 1 day workshop (Anarkik 3D Design)
Top: digital image (CAD), ABS with acrylic paint, digital image(Anarkik 3D Design)/ titanium (hand wrought gold), ‘cast silver ‘ (render), Middle: paper, resin, polyamide (titanium ring), polyamide. Bottom: bronze, PLA, bronze, ceramic, bronze.
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[email protected] http://anarkik3d.co.uk anarkik3d.wordpress.com@anarkik3d @anarkymarie Anarkik 3D Design 47
To quote Peter Dormer:“It is not craft as ‘handicraft’ that defines contemporary craftsmanship: it
is craft as knowledge that empowers a maker to take charge of technology.”
Thank you.
Ann Marie Shillito
CEO of Anarkik3D Ltd
Author: ‘Digital Crafts: Industrial Technologies for Applied Artists and Designer Makers’.
Freeman of the Worshipful Company of Goldsmiths (by redemption)
Fellow of the RSA (2014)