3d printing & 3d scanning seminar€¦ · 07/12/2016  · 1. 3d printing the master pattern to...

3D Printing & 3D Scanning

Seminar

December 7, 2016

1

Agenda

• Introductions

• 3D Printing for Manufacturing

• 3D Printing Strong, Light-Weight Parts

Lunch

• 3D Scanning for Reverse Engineering

• 3D Scanning for Quality Assurance

• Q&A

2

3D Printing for Manufacturing

Bruce Reimer

December 7, 2016

3

Topics

• Strategic 3D Solutions

• Past Focus• Concept Models & Prototypes

• Growing Trend• 3D Printing for Manufacturing

4

3D Printers 3D Scanners 3D Printing

Strategic 3D Solutions

5

• Reduce the cost of errors by locating them and fixing earlier in design cycle

• Shorten the time to market by creating models within hours

• Increase the number of prototyping iterations during the early design stage

• Shrink Tooling Costs for Production Parts

• Quick-Turn on Low Volume, Customized Production Parts

The Value of Additive Manufacturing

6

Past Focus

• Concept Models

• Prototypes

7

Concept Models

8

Concept Models (cont’d)

9

Concept Models (cont’d)

10

Concept Models (cont’d)

11

Concept Models (cont’d)

12

Prototype Hardware

13

Prototype Hardware

14

Prototype Hardware

15

Prototype Hardware

16

Prototype Hardware

17

Prototype Hardware

18

Growing Trend

3D Printing for Manufacturing

• Jigs and Fixtures

• Investment Casting

• Direct Manufacturing of Parts

• Injection Molding

• Silicone Molding

19

Prototype Models

20

Jigs and Fixtures

21

Jigs and Fixtures

22

Investment Casting

23

Investment Casting Video

24

Investment Casting

25

Role for 3D Printing:

3D Printing the Master Pattern

Direct Manufacturing of Parts

26

Direct Manufacturing of Parts

27

Direct Manufacturing of Parts

28

Direct Manufacturing of Parts

29

Injection Molding

30

Injection Molding (cont’d)

31

Injection Molding Video

32

Injection Molding

Role for 3D Printing:

1. 3D Printing the Master Pattern to Make the Mold

or

2. 3D Printing the Mold Itself

33

Silicone Molding

34

Silicone Molding

Role for 3D Printing:

3D Printing the Master Pattern to Make the Mold

35

Silicone Molding (cont’d)

36

3D Printers 3D Scanners 3D Printing

Strategic 3D Solutions

37

3D Printers

Strategic 3D Solutions

38

EnvisionTEC

39

• Type: UV Photo Cured Resin

• Build Size Up to 18 x 18 x 18 in.

• Materials 60+

• Differentiators: Surface Finish; Accuracy

Markforged

40

• Type: Extrusion

• Build Size Up to 13.0 x 9.8 x 7.9 in.

• Materials: 2 Nylon Materials

4 Continuous Fibers

• Carbon Fiber

• Kevlar

• Fiberglass

• Hi Temp, Hi Strength Fiberglass

• Differentiator: Strong, Light-weight Parts

Strength-to-Weight Radio Exceeds Alum.

Integrated In-Process Laser Scan for QA

MakerBot

41

• Type: Extrusion

• Build Size Up to 11.8 x 12 x 18 in.

• Materials: ABS, PLA, Tough PLA,

HIPS

• Differentiator: Optimized for PLA

Simple User Interface

100,000+ Printers Sold

Mcor Technologies

42

• Type: Selective Deposition Lamination

• Build Size 9.5 x 8 x 4.9 in.

• Material: Paper

• Differentiator: Full Color: 2 Million+ ColorsLow Cost of Operating

Airwolf 3D

43

• Type: Extrusion

• Build Size Up to 12.5 x 12 x 20 in.

• Materials: 40+ Materials

• Differentiator: Dual Print Heads

Heated Build Platform

Auto-Leveling of Platform

Multiple Materials

Questions?

Contact Info:

Bruce ReimerStrategic 3D Solutions, Inc.4805 Green Road, Suite 114Raleigh, NC 27616Phone: (919) 324-3912Mobile: (919) 451-5963buce.reimer@strategic3dsolutions.com

44