ADDITIVE MANUFACTURING HOW THIS WILL ...2...Additive Manufacturing Definition Additive manufacturing...

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HOW THIS WILL TRANSFORM OUR INDUSTRY? ADDITIVE MANUFACTURING

Transcript of ADDITIVE MANUFACTURING HOW THIS WILL ...2...Additive Manufacturing Definition Additive manufacturing...

H O W T H I S W I L L T R A N S F O R M

O U R I N D U S T RY ?

A D D I T I V E M A N U FA C T U R I N G

Additive Manufacturing Definit ion

Additive manufacturing is defined as the process of joining materials to make objects from 3D

model data, usually layer upon layer, as opposed to subtractive manufacturing (ASTM F2792)

Subtract ive vs Addit ive Manufactur ing

Core Technologies Transformation

Subtractive Manufacturing

Tooling

Jig & Fixtures

Design & ManufacturingSoftware

Material inblock form

Mechatronics

Waste(material chip)

Product

Additive Manufacturing

Design & ManufacturingSoftware

Material in Powder, PelletsLiquid, Filament form

Mechatronics

No or Less Waste(typically as support structure)

MaterialProcessing

Product

How Additive Manufacturing can

disrupt traditional supply chain ?• AM revolutionize product design as it is possible to produce

parts with much more complex geometry.

• AM shorten product time to market through rapid prototyping

and testing.

• AM eliminate cost for tooling, jig and fixture, dies which result in

flat part cost/quantity.

• Three factor above open door to Mass Customization !

• AM produce less waste compared to subtractive

manufacturing.

• Distributed manufacturing in AM will bring supply

closer to demand, hence reduce logistic and storage

cost.

Industries that will benefit from

AM Technology

3D Printed Cranioplasty

Prosthetic Arm

Turbine Blades

Composite Tooling

Medical

Pre-fab building

Engine Manifolds

Car Interior

Aerospace Automotive Building - Construction

In-situ fabrication

Additive Manufacturing Machines

From Benchtop to Factory Floor

CNC Design manufactures Concrete printers for

Construction in Preform, Onsite and Architectural

sectors.

VSF Configuration:

o One or Two beam

o 3 or 5 axis concrete printing and robot reinforcement

placement.

o Maximum print rate 4000 Kg/Hr.

o Printing surface speed 6-40 m/min

o Printable Module size 9m x 5m x 3.2m

Case Study:

Concrete 3D Printing

Additive Manufacturing Evolution

Why it takes so long to take off ?

FDM Patents Expires

SLS Patents Expires

1986AM Invented

(SLA)

1989AM Rapid Prototype

(FDM)

2004Component

Manufacture

2007RepRap

Movement

2008User Generated Art

2009FDM Patents Expires

2014Selective LaserSintering Patent Expires

Product DesignPrototyping and Customization

ProductionScaling in Volume, Size and

Availability

Future

Additive Manufacturing Market

Where we are in new this game ?

Source: IDC, thyssenkrupp analysis

Facts: In 2019 ASEAN countriesspend $3.8 billion for AdditiveManufacturing Technology, whichonly cover 5-7% of total Asia market

CNC Design Pty Ltd. Unrestricted.

cncdesign.com.au

PT CNC Disain NusantaraABN 66 006 029 296

Herry Kusuma

Country Manager

Kawasan Industri Pulogadung

Jl.Pulo Buaran V No.8-B

Jakarta 13920 Indonesia