15
Spare parts in the cloud 1 dr. ir. Tom Craeghs Research Project Manager Materialise NV iMade meeting 17/12/2013

iMade Workshop 3 - Materialise

Embed Size (px)

DESCRIPTION

 

Citation preview

Page 1: iMade Workshop 3 - Materialise

1

Spare parts in the cloud

dr. ir. Tom CraeghsResearch Project Manager Materialise NViMade meeting 17/12/2013

Page 2: iMade Workshop 3 - Materialise

2

Overview

1. DirectSpare project

2. The dream…

3. Barriers and R&D objectives

Page 3: iMade Workshop 3 - Materialise

3

DirectSpare project

• EU-research project with FP7• Idea: manufacturing of spare parts on demand

Page 4: iMade Workshop 3 - Materialise

Spare Parts on Demand, the Dream

12

Online Shop

Web

Local

3

5

6

4

4

Page 5: iMade Workshop 3 - Materialise

The impact of the DirectSpare concept

Warehouses stacked with spare parts... Software Databases!

5

Spare Parts on Demand, the Dream

Page 6: iMade Workshop 3 - Materialise

The impact of the DirectSpare concept

Ordered spare parts transported around the globe...

Local production of spare parts at customer site!

6

Spare Parts on Demand, the Dream

Page 7: iMade Workshop 3 - Materialise

The impact of the DirectSpare concept

Millions of unused spare parts being reduced to scrap... Only on demand production of

required parts!

7

Spare Parts on Demand, the Dream

Page 8: iMade Workshop 3 - Materialise

The impact of the DirectSpare concept

Obsolete equipment because of unavailability of

spare parts...

Reverse engineered spare parts, produced by AM!

8

Spare Parts on Demand, the Dream

Page 9: iMade Workshop 3 - Materialise

The impact of the DirectSpare concept

Manufacturing at low wage countries

Manufacturing in Europe

Production of Spare Parts for Europe

9

Spare Parts on Demand, the Dream

Page 10: iMade Workshop 3 - Materialise

Prototypes Spare Parts

Product Life Cycle

Demand

10

Barriers and R&D Objectives

Page 11: iMade Workshop 3 - Materialise

DESIGN AM materials are different The original part has failed

► AM spare parts need to be redesigned How can redesign costs be minimized? What if only a damaged original part is available? How to collect design specifications?

11

Barriers and R&D Objectives

Page 12: iMade Workshop 3 - Materialise

MATERIALS Selected cases reveal limitations in AM material Both polymer and metal Improved properties open wide range of

possible new applications for spare parts

► New AM material is required How to optimize without starting from

scratch? Focus on which properties?

12

Barriers and R&D Objectives

Page 13: iMade Workshop 3 - Materialise

PROCESSES Coping with new materials Fulfill high requirements for spare parts

► AM processes need to be modified Which part properties to focus on? How to evaluate the process? ...

13

Barriers and R&D Objectives

Page 14: iMade Workshop 3 - Materialise

BUSINESS MODELSNot just replacing traditional manufacturing

by AMComplete business model and supply chain

change

► New Business Models are required What are the different business model

scenarios? Maximizing the gains of manufacturing with AM? Which investments and how do they pay off? Costs for switching to AM? Should you partner or go for it alone? ...

14

Barriers and R&D Objectives

Page 15: iMade Workshop 3 - Materialise

QUALITY ASSURANCEFunctional parts are madeRepeatable quality must be guaranteedTraceability and certification are required

► New Quality Assurance guidelines and methodologies are required

What are the main quality parameters? How can we guarantee quality at an

acceptable cost? Which quality guidelines can we formulate?

...

15

Barriers and R&D Objectives