BRINGING THE CLASSROOM HOME 3D PRINTING IN DISTANCE EDUCATION
WHAT IF
THERE WAS A NEW MEDIUM
INTRODUCING THE PEACHY PRINTER
3D PRINTING IN DISTANCE EDUCATION Peachy was one of the first Canadian KickStarters Raised over $651K US (>$750K CAN) I will Show why the Peachy Printer is an excellent option for Enhancing Distance Learning Introduction to the 3D Printing landscape (brief) Overview of important additional tools Potentials of 3D Printing in Distance Education
HOME 3D PRINTER LANDSCAPE How does the Peachy Printer compare to other Home 3D printers? 3D Printer landscape is vast and complicated Lets focus on TWO printing technologies SLA vs FDM
SLA: STEREO LITHOGRAPHIC Peachy Printer = SLA Uses a Laser to cure a Photopolymer resin Resin floats on rising body of salt water Laser draws the object in individual horizontal slices Cured resin stays in place as the liquid resin rises for the next slice Object is removed and final UV curing is done
PEACHY PRINTER IN ACTION New Prints
FDM: FUSED DEPOSITION MODELING A string of ABS or PLA plastic is feed into a hot extruder (Think Glue Gun) Extruder draws object layer by layer on a heated Build Plate Extruder is moved away from the Base by one layer so the new layer can be deposited When print is complete, the printed base and scaffolding are removed
TALE OF THE TAPE FUSED DEPOSITION MODELING (FDM) STEREOLITHOGRAPHIC (SLA) Cost $500 to $6500 (US) MakerBot $2200 US Cost $100 (CAN) Less than a Textbook One MakerBot = >25 Peachy
TALE OF THE TAPE FUSED DEPOSITION MODELING (FDM) STEREOLITHOGRAPHIC (SLA) Cost $500 to $6500 (US) MakerBot $2200 US Cost $100 (CAN) Less than a Textbook One MakerBot = >25 Peachy Size & Weight Large >50cm 3 and >40Kg Small 25cm 3 and >5Kg Size & Weight ~16cm x 10cm x 8cm ~500g
TALE OF THE TAPE FUSED DEPOSITION MODELING (FDM) STEREOLITHOGRAPHIC (SLA) Material Excessive material waste Must print a Base Must print Scaffolding High print failure rate 1 in 4 successful Material Material Efficient Minimal base required No Scaffolding (mostly) High print success rate
TALE OF THE TAPE FUSED DEPOSITION MODELING (FDM) STEREOLITHOGRAPHIC (SLA) Material Excessive material waste Must print a Base Must print Scaffolding High print failure rate 1 in 4 successful Speed SLOW 4-7 Hours for a Tiny print Large prints can take 16-24 hours Material Material Efficient Minimal base required No Scaffolding (mostly) High print success rate Speed Less Slow 2-3X faster (minimum) Smaller containers, higher powered lasers. Can increase Speed
TALE OF THE TAPE FUSED DEPOSITION MODELING (FDM) STEREOLITHOGRAPHIC (SLA) Environmental Sensitivities Temperature Air movement (temp) Environmental Sensitivities Excessive vibrations can cause ripples on print job
TALE OF THE TAPE FUSED DEPOSITION MODELING (FDM) STEREOLITHOGRAPHIC (SLA) Environmental Sensitivities Temperature Air movement (temp) Environmental Sensitivities Excessive vibrations can cause ripples on print job Other Aspects Requires ventilation and/or air filtering (expelled particles) Studies show that PLA has the lowest expelled particles Other Aspects Silent operation Variable print volume (pick your container) Avoid direct skin contact with resin and uncured print jobs Resins have an odor (ventilate or enclose print container)
3D PRINTING IN DISTANCE EDUCATION $100 Ships in a tiny box Snaps together like Lego (mostly) It s Canadian eh!! This can change the landscape of Teaching and Learning with Physical objects
RESINS HUNDREDS of different resins (so lets be brief)
RESINS: TRANSLUCENT
RESINS: OPAQUE
RESINS: RUBBERY & FLEXIBLE Rubbery & Flexible Resins
RESINS: CERAMICS Ceramic Resin
RESINS: HARDNESS
RESINS: SHRINKAGE Objects will Shrink after printing MakerJuice resins shrink up to 8% FTD resins shrink about 0.5% Multi-part assemblies Gears, Linkages, etc Multi-part assemblies with multiple resins will need to be carefully planned
RESINS: MANUFACTURES Transparent / Mixable MakerJuice (PeachyJuice) Opaque, Hard, Chemically resistant Fun To Do (FTD) Ceramics HRL Laboratories Tethon (Porcelite) Many more!
PRECAUTIONS DO NOT Make printed items for use with Food DO NOT Make toys for babies or young children BE SURE To fully UV cure your resin-based print jobs
SO YOU OWN A 3D PRINTER
NOW WHAT!?!
FIND A MODEL CREATE A MODEL SCAN A MODEL
FIND A MODEL Many pre-made 3D models are available on the Internet Thingiverse.com 3Dprint.NIH.com MorphoSource.org
CREATE A MODEL 3D Modeling Software Choose one that has excellent documentation and an active community (online forums) Pay attention to: What does it run on? Pay model (one time, Subscription) Local or Cloud Where are my files???
CREATE A MODEL Mac PC Linux ipad Web Pay Install Cheetah 3D v7 1 Local Autodesk 123D Design Autodesk Fusion-360 Sub Sub Local Local Sketchup 1 Local Blender Free Local umake GravitySketch 1 Local 1 Local FreeCAD Free Local
GRAVITYSKETCH GravitySketch.com
SCAN A MODEL Hardware and Software combination required 3 Types of scanning Hardware Turn table Multi-Camera Sensors Cell Phones
PEACHY SCANNER Peachy Scanner
MAKERBOT DIGITIZER ONLY. $799 US
OCCIPITAL STRUCTURE SENSOR Occipital Structure Sensor $349 US
KINECT Multi camera sensor (like Structure sensor) Software for Kinect Scanning KScan3D Skanect ReconstructMe others Kinect for XBox (x2), Kinect for Windows Match your Software to your Hardware!!
CELL PHONES Scan objects with your cell phone Autodesk 123D Capture Take 40+ pictures around object Photos sent to Autodesk & processed 3D object returned to phone May have unwanted objects in scene Edit in 3D modeling software Cell phones may come with 2 cameras in 2017 Similar capabilities to Structure & Kinect
THE BIG QUESTION HOW CAN PHYSICAL MODELS ENHANCE TEACHING & LEARNING?
SCIENCE Lab Equipment Clamps, Scissor jacks, custom brackets Ceramic items, Rotators/Mixers, etc Wind based power generation Weather Stations Custom cases for field equipment Drones & other small remote vehicles Molecular Chemistry Models Telescopes
SCIENCE - ULTRASCOPE OSA UltraScope
SCIENCE Archeology Sculptures, bones Recreations of Tombs and Cities Biological Models Body Model by Jordan Pelovitz National Institute of Health HUGE Resource!!
SCIENCE - 3DPRINT.NIH.GOV Anatomical Heart Library (abnormalities) Labware Molecule of the Month Neuroscience Prosthetics
ENGINEERING Mechanical Systems Gears, Linkages, Connectors, etc Robotics roboteurs.com Robotics Kits for education University Kits planned 3D printed AT-AT Walker
ENGINEERING - ROBOTICS Star Wars AT-AT Walker
MATHEMATICS Illustrating Mathematics using 3D Printing Paper by Oliver Knill & Elizabeth Slavkovsky Published June 20th 2013 Harvard University Covers dozens of Theorems
MATHEMATICS Newton Illustrates that the kissing number of a sphere is >=12
MATHEMATICS Dehn Twisted Flat Torus & Untwisted Torus Can NOT be printed on an FDM printer
MATHEMATICS Using physical objects to illustrate Mathematics is not new!!
MATHEMATICS - TABLET Cuneiform Tablet
ARCHITECTURE Visualization & Modelling is a critical part of the Architectural design process 3D Modelling creates the visualization 3D Printing brings the design to life Its a natural fit
ART & DESIGN 3D Printing brings Endless Expressiveness Fashion, Jewelry Theatrical Props Stop Motion Animation Historical / Museum piece reproductions
ART & DESIGN
ART & DESIGN
ART & DESIGN
OLO PRINTER PROs Inexpensive and easy to ship Uses existing Cell Phone CONs Small print area Print screen replacement every 3 prints Daylight resins still expensive Uses existing Cell Phone FUTURE Larger models & lower cost resins
IMAGINE THE POSSIBILITIES!!! Peachy & OLO Inexpensive and easy to ship Can print complex models Multitude of Print Materials available 3D Printing is an Enabling Technology A new Dimension of Creativity Personal Empowerment Takes learning to a whole new level!!!
UPDATE #64 MAY 10TH 2016 Big Bad News
JASON HOGUE TRU - Open Learning Program Delivery jhogue@tru.ca