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3D Printing For Dummies 2nd edition [Pehme köide]

  • Formaat: Paperback / softback, 416 pages, kõrgus x laius x paksus: 234x185x28 mm, kaal: 567 g
  • Ilmumisaeg: 04-Jul-2017
  • Kirjastus: For Dummies
  • ISBN-10: 1119386314
  • ISBN-13: 9781119386315
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  • Formaat: Paperback / softback, 416 pages, kõrgus x laius x paksus: 234x185x28 mm, kaal: 567 g
  • Ilmumisaeg: 04-Jul-2017
  • Kirjastus: For Dummies
  • ISBN-10: 1119386314
  • ISBN-13: 9781119386315
Each book covers all the necessary information a beginner needs to know about a particular topic, providing an index for easy reference and using the series' signature set of symbols to clue the reader in to key topics, categorized under such titles as Tip, Remember, Warning!, Technical Stuff and True Story. Original.

The bestselling book on 3D printing

3D printing is one of the coolest inventions we've seen in our lifetime, and now you can join the ranks of businesspeople, entrepreneurs, and hobbyists who use it to do everything from printing foods and candles to replacement parts for older technologies—and tons of mind-blowing stuff in between! With 3D Printing For Dummies at the helm, you'll find all the fast and easy-to-follow guidance you need to grasp the methods available to create 3D printable objects using software, 3D scanners, and even photographs through open source software applications like 123D Catch.

Thanks to the growing availability of 3D printers, this remarkable technology is coming to the masses, and there's no time like the present to let your imagination run wild and actually create whatever you dream up—quickly and inexpensively. When it comes to 3D printing, the sky's the limit!

  • Covers each type of 3D printing technology available today: stereolithology, selective sintering, used deposition, and granular binding
  • Provides information on the potential for the transformation of production and manufacturing, reuse and recycling, intellectual property design controls, and the commoditization of products
  • Walks you through the process of creating a RepRap printer using open source designs, software, and hardware
  • Offers strategies for improved success in 3D printing

On your marks, get set, innovate!

Introduction 1(4)
About This Book
2(1)
Foolish Assumptions
2(1)
Icons Used in This Book
3(1)
Beyond the Book
4(1)
Where to Go from Here
4(1)
PART 1 GETTING STARTED WITH 3D PRINTING
5(46)
Chapter 1 Seeing How 3D Printers Fit into Modern Manufacturing
7(12)
Embracing Additive Manufacturing
8(9)
Defining additive manufacturing
9(1)
Contrasting with traditional manufacturing
10(3)
Understanding the advantages of additive manufacturing
13(4)
Exploring the Applications of 3D Printing
17(1)
Working with RepRap
18(1)
Chapter 2 Exploring the Types of 3D Printing
19(14)
Exploring Basic Forms of Additive Manufacturing
19(10)
Photopolymers
20(4)
Granular powders
24(3)
Laminates
27(1)
Filament-based production
28(1)
Understanding the Limitations of Current Technologies
29(4)
Considering fabrication rates
29(1)
Exploring size constraints
30(1)
Identifying object design constraints
30(1)
Understanding material restrictions
31(2)
Chapter 3 Exploring Applications of 3D Printing
33(18)
Looking at Current Uses of 3D Printing
34(5)
Rapid prototyping
34(1)
Direct digital fabrication
35(1)
Restoration and repair
36(3)
Designing for the Future with 3D Printing
39(4)
Household goods
39(1)
Buildings
40(3)
Bridges
43(1)
Examining Molding and Casting through 3D Printing
43(1)
Lost-material casting
43(1)
Sintered metal infusion
44(1)
Applying Artistic Touches and Personalization
44(4)
Medical implants
44(2)
Biological implants (organs)
46(1)
Item personalization
46(1)
Clothing and textiles
46(2)
Customizing Designs on the Fly
48(3)
Military operations
48(1)
Space
49(2)
PART 2 OUTLINING 3D-PRINTING RESOURCES
51(36)
Chapter 4 Identifying Available Materials for 3D Printing
53(18)
Exploring Extruded Materials
54(7)
Thermoplastics
55(4)
Experimental materials
59(1)
Extruded alternatives
59(2)
Identifying Granular Materials
61(3)
Plastic powders
61(1)
Sugar and salt
61(1)
Metal powders
62(1)
Sand and natural granular materials
63(1)
Exploring Photo-Cured Resins
64(1)
Understanding Bioprinting
65(2)
Bioprinting food and animal products
66(1)
Replacement tissues and organs
67(1)
Identifying Other Uses for Materials
67(4)
Recycling materials
68(1)
Producing food
68(1)
Caring for people
69(2)
Chapter 5 Identifying Sources for 3D-Printable Objects
71(16)
Exploring Object Repositories
72(3)
Vendor repositories
72(2)
Community repositories
74(1)
Designing in the Computer
75(3)
Scanning Objects
78(4)
Capturing Structure from Photographs
82(3)
Preparing Models for Printing
85(2)
3D model viewers
86(1)
Mesh modelers
86(1)
Mesh repairers
86(1)
PART 3 EXPLORING THE BUSINESS SIDE OF 3D PRINTING
87(40)
Chapter 6 Commoditizing 3D Printing
89(14)
Democratizing Manufacturing
89(5)
Derived designs
90(1)
Curated artifacts
90(1)
Expanded opportunities
91(3)
Establishing Personal Storefronts
94(4)
Creating a unique design
94(2)
Fabricating a unique product on demand
96(2)
Creating "Impossible" Objects
98(1)
Building New Tools
99(4)
Moving beyond solid blocks
99(1)
Creating the tool that will create the tool
100(3)
Chapter 7 Understanding 3D Printing's Effect on Traditional Lines of Business
103(12)
Transforming Production
103(4)
Displacing the production line
104(1)
Abbreviating the manufacturing chain
105(1)
Providing local fabrication
106(1)
Eliminating traditional release cycles
107(1)
Challenging Intellectual Property Laws
107(3)
Threatening IP protections
108(2)
Assigning legal liability
110(1)
Leveraging Expired Patents
110(3)
Working around patents
111(1)
Protecting intellectual property rights
112(1)
Imposing Ethical Controls
113(2)
Chapter 8 Reviewing 3D-Printing Research
115(12)
Building Fundamental Technologies
115(4)
Crafting educational tools
116(2)
Expanding 3D-printing options
118(1)
Creating 3D-printed electronics
119(1)
Creating Functional Designs
119(3)
Drones, robots, and military applications
120(1)
Von Neumann machines
121(1)
Expanding Material Selection
122(1)
Supporting Long Space Voyages
123(2)
Creating Medical Opportunities
125(2)
PART 4 EMPLOYING PERSONAL 3D-PRINTING DEVICES
127(74)
Chapter 9 Exploring 3D-Printed Artwork
129(10)
Adorning the Body
129(2)
Personalizing Your Environment
131(1)
Incorporating Individualism in Design
132(2)
Visualizing the Abstract
134(2)
Sharing Art
136(3)
Chapter 10 Considering Consumer-Level 3D Printers
139(26)
Examining Cartesian 3D Printers
140(3)
Exploring Delta Options
143(3)
Understanding Polar Fabrication
146(1)
Getting to Know SCARA and Robot Arm Motion
147(1)
Building Emerging Alternatives
148(4)
Open innovation and community designs
151(1)
Examining Printers for Flexible Materials
152(2)
Understanding Shore ratings
152(1)
Printing with soft filaments
153(1)
Sampling 3D Food Printers
154(5)
Going beyond RepRap
159(6)
Prusa i3 MK2
159(1)
Sigma
160(1)
Printrbot Simple Metal
161(1)
LulzBot Taz 6
161(1)
Ultimaker 3
162(1)
MakerBot
163(2)
Chapter 11 Deciding on a RepRap of Your Own
165(36)
Evaluating Your 3D Printing Needs
166(2)
Do you want a RepRap or another 3D printer?
166(1)
Do you buy a ready-built 3D printer or use a kit?
167(1)
Licensing and Attribution
168(3)
Selecting a 3D Printer Design
171(10)
RepRap designs
171(5)
Home 3D printer kits and self-sourcing
176(3)
Experimental designs
179(2)
Choosing Print Media
181(8)
Thermoplastic
181(2)
PLA/PHA plastic
183(2)
ABS
185(1)
PET
185(1)
Composite or filled materials
186(1)
Paste
187(2)
Identifying Components
189(12)
Structural framework
189(1)
Extruder
189(4)
Build plate
193(1)
Control electronics
194(1)
Software
195(2)
Simplify3D
197(4)
PART 5 CREATING A REPRAP 3D PRINTER
201(154)
Chapter 12 Assembling Structural Elements
203(28)
Locating Materials
203(5)
Kits
204(2)
Self-sourcing
206(1)
Printing your own
207(1)
Ask the community
207(1)
Online marketplaces
207(1)
Obtaining Printed Parts for Machine Assembly
208(1)
Understanding the Machine Motion
209(5)
Z-axis motion
210(2)
X and Y Motion
212(2)
Building the Frame Structure
214(5)
Assembling the Prusa i3 Y-Axis Frame
219(1)
Assembling the Moving Axis
220(8)
Assembling the Prusa i3 moving Y axis
223(1)
Assembling the Prusa i3 moving Z and X axes
224(3)
Joining the Z, X, and Y axes
227(1)
Sensing the Home Position
228(3)
Chapter 13 Understanding RepRap Control Electronics
231(34)
Understanding RepRap Electronics
231(7)
RAMPS
232(1)
RAMBo
232(2)
Sanguinololu
234(1)
Minitronics
234(1)
RUMBA
235(1)
Elefu-RAV3
235(1)
Megatronics
236(2)
Adding Electronics to Your RepRap 3D Printer
238(8)
Preparing for electronics assembly
238(1)
Fitting the positional sensors to the frame
239(2)
Fitting the heated bed to the Y carriage
241(1)
Preparing and fitting the main electronics
242(1)
Preparing and connecting the power supply
243(1)
Connecting the motor and position-sensing wiring
244(2)
Adding Modular Components, Sensors, and Motors
246(9)
Printing without a computer
246(1)
Installing stepper-motor driver modules
246(3)
Selecting position-sensing modules
249(1)
Identifying power-supply requirements
250(3)
Installing add-ons
253(2)
Connecting RepRap Wiring
255(1)
Configuring Firmware
256(9)
Configuring Prusa i3 firmware
258(5)
Uploading Marlin firmware to RAMPS electronics
263(2)
Chapter 14 Assembling the RepRap Extruder
265(30)
Thermoplastic Extrusion
265(8)
Filament drive mechanism
266(4)
Idler wheel
270(3)
Prusa & Extruder and Hot-End Assembly
273(6)
Fitting the filament drive to the motor shaft
273(1)
Assembling the extruder idler pressure bearing
273(1)
Fitting the j-head hot-end
274(1)
Fitting the assembled extruder to the X carriage
274(1)
Wiring the extruder to RAMPS
275(4)
Multicolor Print Methods
279(7)
Toothpaste effect
280(1)
Three-way color mixing
280(1)
Two-color printing
281(1)
Layer-selective color printing
282(1)
Cut-and-follow-on printing
283(3)
Extruder Operation and Upgrades
286(9)
Fixing a blocked hot-end or extruder
288(1)
Acquiring an assortment of extruders
289(2)
Cooling extruders with fans
291(4)
Chapter 15 Identifying Software and Calibrating Your 3D Printer
295(36)
Finding 3D Design Software and Models
295(10)
Using design software
301(2)
Verifying models with Netfabb
303(2)
Working with Slic3r
305(10)
Configuring Slic3r
305(3)
Processing models with Slic3r
308(7)
Calibrating Your 3D Printer
315(7)
Leveling your print bed
316(2)
Tuning your hot-end temperature control
318(1)
Calibrating extruder distance
318(4)
Printing Objects
322(9)
Printing vases, pots, and cups
326(2)
Printing large single-piece objects
328(1)
Printing tiny or highly detailed objects
328(1)
Printing many objects at the same time
329(1)
Improving print quality
330(1)
Chapter 16 Refining the Design and 3D-Printing Process
331(24)
Being Productive with 3D Printing
331(2)
Refining Your Print Preparations
333(3)
Examining a Design Example
336(4)
Designing Parts for 3D Printing
340(6)
Material
341(1)
Orientation
342(2)
Layer height
344(1)
Nozzle size and perimeter outlines
344(1)
Infill level
344(2)
Postprocessing, Recycling, and Finishing an Object
346(3)
Manual finishing
346(1)
Assisted finishing
347(1)
Coatings
348(1)
Printing Big: Bonding and Joining Parts
349(5)
Recycling
351(3)
Using a Web-Based 3D-Printing Interface
354(1)
OctoPrint
354(1)
Duet
354(1)
PART 6 THE PART OF TENS
355(18)
Chapter 17 Ten Examples of Direct Digital Manufacturing and Personalization
357(8)
Producing 3D-Printed Food
357(1)
Printing Tissues and Organs
358(1)
Fashioning Biological Replicas
358(1)
Crafting Clothing and Footwear
359(1)
Customizing Jewelry
360(1)
Making Hollywood Spectacular
360(1)
Creating Structures
361(1)
Reaching beyond the Sky
361(1)
Constructing Robots
362(1)
Printing 3D Printers
363(2)
Chapter 18 Ten Impossible Designs Created Using Additive Manufacturing
365(8)
Personalized Objects
365(2)
Medical Implants
367(1)
Dental Repair
367(1)
Self-Deploying Robots
368(1)
Printed Drones and Aircraft Parts
368(1)
On-Demand, On-Site Manufacturing
369(1)
Custom Objects Created in Space
369(1)
Art on Demand
370(1)
Locally Fabricated Items
370(1)
Body Parts
371(2)
Index 373
Richard Horne (RichRap) has worked as an engineer, marketer, and product designer. He blogs and shares ideas on making 3D printing easier for everyone. Kalani Kirk Hausman has experience as an IT consultant, enterprise architect, auditor, and ISO. He conducts research on integrating 3D-printed materials into educational curricula.