This document discusses 3D printing technology and its applications. It begins by explaining how 3D printing inspires new ideas and innovations. It then discusses how 3D printing is advancing to version 2.0 with more consumer and educational applications. The document outlines several applications of 3D printing in various industries like manufacturing, healthcare, education, and more. It concludes by listing different 3D printer solutions suitable for various needs from consumer to professional and production applications.

1. 1
MANUFACTURINGTHEFUTURE
3D Printing, Now and Future
백소령 부장 , 3D 프린팅 사업부 , 3D Systems Korea.

2. Contents
2
1. 3D Printing, Inspiring your Idea
2. 3D Printing 2.0
3. 3D Printing Challenging
4. Reference : 3D printing Applications
5. Reference : 3D Printer Solutions

3. 3
3D Printing,
inspiring the idea
in a new way

4. 4
• 컴퓨터,인터넷, 통신, 소셜 커뮤니티의 발달
• 가상 공간과 물리적 공간의 동기화
• 물리적 & 디지털 데이터간 커뮤니케이션
• 사물과 사물의 커뮤니케이션
• 설계 & 제조 & 유통 공정의 디지털화
• 설계 & 제조 & 유통 장비의 대중화
기술이
생산, 유통, 경쟁, 소비의 양식을 바꾼다 .
INSPIRING INNOVATION

5. What 3D printers changed in 2013
5

6. What 3D printers changed in 2013
6

7. What 3D printers changed in 2013
7

8. Application Breakdown of 3D Printing use
8

9. 9
3D Printing 2013

10. 10
3D Printing 2.0

11. 3DPRINTING 2.0
THE WAY WE DESIGN | WHAT WE CREATE | HOW WE MANUFACTURE
DISRUPTIVE | TRANSFORMATIVE | IMPACTFUL

12. 3D PRINTING 2.0 by 3D Systems
THE WAY WE DESIGN | WHAT WE CREATE | HOW WE MANUFACTURE
DISRUPTIVE | TRANSFORMATIVE | IMPACTFUL
FAB – Grade Manufacturing
Easy – Consumerisum
Cloud Sourcing

13. DIGITAL MANUFACTURING : FAB-Grade
THE WAY WE DESIGN | WHAT WE CREATE | HOW WE MANUFACTURE
New Possibility | New Challenging
13
대량 생산 소량 생산
획일화 대량소비 다양한 개인 소비 유형 창출
생산자 기획 생산 주문자 맞춤 생산
집중 생산 지역분산/개인 생산
피라미드 유통 단순/즉시 유통
혁신: 기획, 설계, 엔지니어링, 제조, 생산, 소비, 유통 및 비즈니스 모델

14. DIGITAL MANUFACTURING : FAB-Grade
New Possibility | New Challenging
대량 생산 소량 생산

15. X
SLS
Possible Unit Cost decrease Through ADM
High Consumption Material/Machine Special
Pricing Plan
Unit Cost
Quantity
Tool Based
SLS
Secondary Justification area (SJ)
Primary Justification (PJ)
Tooling
Unit Cost Justification Point = X Units @ $Y
$Y
Cost - Fast – function – Complex – Custom - Flexible - Lean - Consolidation
DIGITAL MANUFACTURING : FAB-Grade
3D Printing Versus Injection Molding - Cost

16. DIGITAL MANUFACTURING : FAB-Grade
New Possibility | New Challenging
단순.소량 시제품 테스트 다양한 시제품 테스트
변경횟수
변경작업에 따른
비용

17. Scanned Data CAD Design
Manufacturing
Printing
Diverse Designing
(iteration _Test & Validation)
3D Printing : Design to Manufacturing
DIGITAL MANUFACTURING : FAB-Grade

18. DIGITAL MANUFACTURING : FAB-Grade
THE WAY WE DESIGN | WHAT WE CREATE | HOW WE MANUFACTURE
New Possibility | New Challenging
생산자 기획 생산 주문자 맞춤 생산
반복생산, 표준화 디자인의 다양성 .복잡성, 생산의 유연성

19. DIGITAL MANUFACTURING : FAB-Grade
New Possibility | New Challenging
생산자 기획 생산 주문자 맞춤 생산
반복생산, 표준화
디자인/ 생산의 다양성 .복잡성, 유연성

20. DIGITAL MANUFACTURING : FAB-Grade
THE WAY WE DESIGN | WHAT WE CREATE | HOW WE MANUFACTURE
New Possibility | New Challenging
집중 생산 분산/개인 생산
대규모 설비, 반복 프로세스 설비의 소형화 , 제조 정보의 디지털화

21. DIGITAL MANUFACTURING : FAB-Grade
THE WAY WE DESIGN | WHAT WE CREATE | HOW WE MANUFACTURE
New Possibility | New Challenging
피라미드 유통 단순/즉시 유통

22. DIGITAL MANUFACTURING : FAB-Grade
THE WAY WE DESIGN | WHAT WE CREATE | HOW WE MANUFACTURE
New Possibility | New Challenging
획일화 대량소비 다양한 개인 소비
반복생산, 표준화
디자인의 다양성 .복잡성, 생산의 유연성

23. DIGITAL MANUFACTURING : FAB-Grade
THE WAY WE DESIGN | WHAT WE CREATE | HOW WE MANUFACTURE
New Possibility | New Challenging
혁신: 기획, 설계, 엔지니어링, 제조, 생산, 소비, 비즈니스 모델
• 소재의 절감과 종류의 확장
• 다양한 창의 디자인의 자율성가 검증 기회 확장
• 생산 및 디자인 설계 변경의 유연성 및 자유도 확장
• 다양한 디자인 가능성에 대한 검증 기회 확장
• 복잡형상 단일 제품설계조립 시간 단축
• 대량 커스터 마이제이션
• 엔지니어링 구조의 혁신성 및 효용성
• 제품의 경량화
• 제품의 고품질화

24. 3DPRINTING 2.0
DISRUPTIVE | TRANSFORMATIVE | IMPACTFUL

25. 25
3D Printing 2.0 by 3D Systems. : FAB-Grade

26. 26
EASY Consumerism
• Cubify Draw
• Cubify Capture
• Bracelet App
• 3DMe App
• Sculpture case App

27. 27
3D Printing 2.0 : Changing our life Styles
EASY Consumerism

28. 28
3D Printing 2.0 : Changing our life Styles
EASY Consumerism

29. 29
3D Printing 2.0 : Changing our life Styles
EASY Consumerism

30. 30
Education

31. 31
Education :

32. 32
Education

33. 33
33
Cubify Sense™

34. 34
Cubify Invent

35. 35
Cubify Sculpt

36. 36
Cubify Design

37. Drag & Drop Apps & Cloud
www.cubify.com

38. 38

39. 39
Education

40. 40
Education

41. 41
Challenges
With 3D Printers

42. End to end Total Solution for 3D Printing
3D Printing Software

43. 43
Various Print Engine by 3D Systems
Chefjet CerajetPhoto booth
DMS
PJP

44. © 2013 3DSYSTEMS
High-Definition| Snap-Fit Durable| High-Temperature
Conformal StructuresBiocompatible Casting
High- Impact| Light-Weight
MATERIALS ACCELERATE ADOPTION
100+ MATERIALS|PLASTICS|NYLONS|METALS|RUBBERS|WAXES|COMPOSITES

45. Integrated capture, mesh, surface, model & verify tools
45
Contents & Authoring tools

46. 46
3D Printing
Applications

47. 3D Printing Applications
 Market place
 Service
Prototype. Engineering (Form & fit & Assembly) . Mold & Casting
 Architecture & Interior Design
 Health Care
 Design Challenges : Fashion & Jewelery
 Figure & 3D Photo Studio
 Toy & Entertainments
 Educations
47

48. 48
Direct Manufacturing
• 보잉: 3D프린터로 군용기·여객기의
2만2000여개 부품을 만들어 공급할 방침.
• GE : 별도의 연구센터를 설립,
2020년까지 10만 종류의 제트엔진 관련 부품을 생산하기로.
• 항공우주국(NASA)의 경우 차세대 혁신 엔진, 3D 프린터로 제작
• CFM 인터내셔널(GE, 프랑스 스넥마와의 합작사) 비행기의
연료분사노즐과 제트엔진 부품을 3D 프린터로 제작하는 실험
• 중국: (National Laboratory for Aeronautics and Astronautics)에는
12미터에 달하는 3D 프린터로 에어버스/보잉 등과 경쟁할
비행기 제작을 위해 크고 복잡한 부품 제작을 연구

49. Lotus F1 Research Centre
• Testing 600 parts per week
• Extremely rapid cycle time
• Parts are created at night while the
designers sleep, and then tested the next
day.
49
Digital Manufacturing Automotive F1

50. Digital Manufacturing
50
미국의 GE, 독일 BMW , 스위스의 ABB, 이탈리아 피아트 등은 각종 부품과 시제품 제작
포드자동차의 경우 이 기술을 도입한 이후 자동차 제작 기간을 한 달 이상 줄이는 성과.
연비를 좋게 한 친환경 에코부스 트 엔진을 만드는 시간이 크게 단축
부품의 경우 손으로 자르거나 드릴로 구멍을 낼 때와 달리 기계가 알아서 제작해 주기 때문에
플라스틱은 물론 다양한 합성원료 사용에 도전

51. Honeywell's T-Hawk UAV
• 46mins Fly time
• 1Kg Payload – 8Kg Flight weight.
• Max Altitude – 3000 meters
• Touch Screen Controller
• Fully Operational Cost: ̴US$200K
• Over 1000 units Manufactured to date.
• Over 30,000 AM components assembled.
51
Unmanned Aerial Vehicles

52. Engineered Skull Plates - ISO-10993 – 140MP
ITE – Hearing Aid –
Hearing Protection
BTE – Hearing Aid –
Custom Audio & Communications
Prosthodontics
Orthodontics – Bracket Fixturing
Dentures
Chair side full Digital Crown
Sacrificial Patterns – Denture Substructures
Orthodontics – Clear Aligner Vac. Forming
Orthodontics – bracket casting
Mouth guard
Implant Drill Guide
PrePrep Guide
Custom Neck Brace
Neck implant – Spinal Cage
Heart Valve place - Preoperative tuning
Fracture – Engineered Cast
Implant Sacrificial Pattern
Implant Instrumentation
Prosthetic Fairings
Prosthetic Limbs
Orthopedic Braces
Dynamic Ankle Foot Orthosis
Custom Orthotics
Cleft Pallet Correction
Temporary Crowns
Anatomy of Medical Applications
Health
Care

53. 53
 produce the end parts
 363,000 cases in 2012.
 Approx. 48 models per case
 Up to 17 million models in 2012
 Reaching 100mil. Total printed parts in 2013.
 More than 40,000 models per day
 Complete production solution
 Patient specific appliances
Digital Dentistry

54. Impression or intraoral scan taken
Thermoformed into Aligners
X-Ray scanned into software
3D Printed using SLA Technology
Health Care Digital Dentistry

55. Health Care Digital Dentistry - Applications
55

56. Health Care Hearing Aid Manufacturing
Shell Production Complete and finish Final Product
500 million people worldwide are hearing impaired

57. Health Care Hearing Aid types
57
BTE -- Behind the Ear
ITE -- In the Ear
IC -- In the Canal
CIC --Completely in the Canal
500 million people worldwide are hearing impaired

58. Health Care Digital Design Process
Impression Scan Impression
(1-2 min/shell)
3D Software
Manipulation
(4-8 min/shell)

59.  Implant instrumentation, (surgery guides)
 Reduced sterilization and inventory costs
 Disposable system delivered in a single
pre-sterilized box
 Minimal instrumentation required
 Reduced Operating Room and Surgeon time
 Better Fit, minimally invasive, faster recovery
Health Care Surgical Guides

60. Knee replacement example – Conformis iFit

61. Orthopaedic-
Health Care

62. Scan
Enjoy
Design
Build
Health Care Orthopaedic – Digital Hand Brace

63. Health Care Orthopaedic – Hand Braces
 Unique Ventilated Design
 Easy to Clean
 Reimbursable ($300-$450)

64. Health Care Robotic exoskeleton

65. Health Care Digital Dentistry - Applications
65

66. Design Challenges Jewelery
 High accuracy and precision with unlimited geometries
 Reduction of lead times
 Mass customization
 Rapid metal parts / wax pattern for casting
66

67. Design Challenges Fashion & Instruments
67

68. 3D Photo Studio
68

69. Figure by 3D Printing
69

70. Toy
70

71. Toy & Entertainments
71

72. Entertainments
72

73. 73
[Reference] 다양한 3D 프린터 솔루션
Chefjet CerajetPhoto booth
DMS
PJP

74. 3D Printers for Every Need
LIVING ROOM | CLASSROOM | GARAGE | DESKTOP | LAB | FACTORY

75. Consumer 3D Printers
3D Systems Cube® series
Plug-and-Play 3D Printers for the Home, School and Office
Cube 2 Cube 3 CubePro™

76. Professional 3D Printers
3D Systems ProJet® series
The Widest Range of 3D Printers for the Office, Lab or Workshop

77. ProJet® 1000 & 1500
High resolution detail and durable plastic parts
at an affordable price

78. ProJet ® 1200
Small, precise parts and casting patterns with
micro-SLA quality at a breakthrough price

79. ProJet ® x60 series
Print beautiful full color models
quickly and affordably

80. ProJet ® 3510 series plastic printers
Print functional plastic parts in
high definition with ease

81. ProJet® 3510 series wax pattern printers
Print RealWax™ patterns for direct casting
in high definition with ease

82. ProJet® 4500 full color plastic printer
Combine the power of vibrant full color
with durable plastic parts.

83. ProJet® 5000 plastic printer
A large build area for big, functional plastic
parts
in high definition

84. ProJet® 5500X composite plastic printer
Big, engineered composite material parts, with the
best quality, accuracy and toughness.

85. ProJet® 6000 & 7000 SLA printers
Transform how you manufacture
with SLA, the gold standard in 3D printing

86. Production 3D Printers
3D Systems ProX™ series
High-Throughput 3D Printers for the Production Floor

87. ProX™ 100, 200, 300 Direct Metal Production Printers
High density, metal printed parts from a large choice
of materials with the highest detail and precision

88. ProX™ 500
Economically manufacture injection molding-grade
plastic parts for demanding end-use applications

89. ProX™ 950 and iPro™ 8000
Transform how you manufacture with SLA,
the gold standard in 3D printing

90. 3D Scanners and Software
Geomagic Solutions
Perceptual Design

91. Geomagic software
Perceptual Design technology takes 3D content
creation to the next level
Scan-to-CAD
Haptic interaction
Mechanical design
Design-for-Print
Part verification

92. 92
백소령 부장 | 3D Systems 프린터 사업부
www.3dsystems.com | www.cubify.com
www.quickparts.com | www.rapidform.com
www.bespokeinnovations.com | www.toptobottomdental.com