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Dr. Sean Jenkins Head of School Design & Applied Arts Additive Manufacturing Technologies (3D Printing) & 3D Scanning
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2 What is 3D printing? What is 3D printing? Processes | Material Choice | Different systems Collecting Data White Light Scanning | MRI/CT/Ultrasound Why use 3D printing? Additive manufacture v’s subtractive | fabrication | formative. Key drivers Economic, Environment, Design Limitations of 3D Printing
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3 3D printing History – 1984 in California – 3D Systems (worth $2 billion) Process – the process of taking 3D digital data and creating a tangible object through additive processes utilising a layering technique. Current systems - SLA, SLS, FDM, MJP, LOM Materials OrganicCeramicPolymericMetallic Waxes Tissue/cell Sugars Sand Plaster Silicon carbide Plaster ABS Nylon PEEK AU Loaded polyamide Aluminium Steel Titanium
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4 3D printing systems PowderLiquidSolid Liquid Printing
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5 3D printing systems Powder based – SLS/M and Powder
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6 Liquid Based – SLA and DLP 3D printing systems
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7 Solid Based – FDM 3D printing systems
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8 Liquid Printing Based 3D printing systems
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9 3D Printing Digital Workflow Creation of CAD or Scan data Translation of data to STL. File, ply. files or VRML. file 3D Printer software for orientation, position and support creation Software slices model Sent to Print Removal for post processing Post processing (infiltration, UV curing, bead blasting etc.)
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10 Creation of Scan Data White Light Scanning / Photogrammetry
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11 Application of Scan Data
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12 Creation of Scan Data MRI / CT / Ultrasound
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13 Application of Scan Data
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14 Application of Scan Data
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15 Application of Scan Data
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16 Industries using AM Technologies FASHION ARCHITECTURAL MEDICAL DENTAL JEWELLERY AEROSPACE AUTOMOTIVE ARTS AND CREATIVE INDUSTRIES
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17 Why use 3D printing? Additive manufacturing process Drivers – economic, environment, design freedom No need for tooling, jigs and fixtures Reduced capital investment (e.g. injection moulding) Simplified supply chain – reduces lead time
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18 Why use 3D printing? Embedding materials – electronic encapsulation Geometric freedom – example : lattice structure developed for crumple zone on vehicles Bespoke products – example: bio-medical applications, hearing aids, implants & replacements
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19 Life cycle and sustainability reduces raw material, lighter weight components – example: honeycomb structure for aerospace industry saves fuel. Reduced energy over traditional processes – AM produces ¼ of CO2 emissions compared to CNC Scalable – example: “Contour Crafting” buildings Why use 3D printing?
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20 Contamination of materials Consistency of machines Controlling production environment Reliability Low volume high cost products Econolyst assessed over 200+ products in last 7 years – 90% are not suitable Limitations & Design Factors
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21 Latest 3D printing news WASP project 3d printing glass Disney Research designs 3D printed soft skins for kid-safe toy robots Printoptical technology and 3D printing of functional optics Build your own X01 Project 3D printed drone, inspired by prize-winning Xombie Lunar Lander
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22 Latest 3D printing news WASP project
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23 Latest 3D printing news 3D printing in glass
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24 Latest 3D printing news NASA Mars habitat competition
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25 Latest 3D printing news 3D printed sternum and ribs
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26 Latest 3D printing news 3D printed heart used to improve surgery
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27 3D Software / Models Free Software Cura Meshmixer Google Sketch Up Meshlab Scuptris Blender Fusion360 Digital Libraries GrabCAD.com youmagine.com thingiverse.com traceparts.com 3dcontentcentral.com
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28 Useful Links TCTMagazine.Com N-e-r-v-o-u-s.Com Sculpteo.Com Shapeways.Com 3ders.Org Gizmag.Com/3d-printing 3dprint.Com
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OPEN DAYS 2015: 7 th Nov / 5 th Dec Product Design MDes | BA (Hons) Product Design & Technology MDes | BSc (Hons) Automotive & Transportation Design MDes | BA (Hons)
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