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DR. MIKAEL SCHUISKY 95 VP AND HEAD OF R&D AND OPERATIONS, SANDVIK ADDITIVE MANUFACTURING PRESENTATION: Thinking beyond printing for full additive manufacturing value

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DR. MIKAEL SCHUISKY

95

VP AND HEAD OF R&D AND OPERATIONS, SANDVIK ADDITIVE MANUFACTURING

PRESENTATION:

Thinking beyond printing for

full additive manufacturing

value

THINKING BEYOND PRINTING

MIKAEL SCHUISKY VP AND HEAD OF R&D AND OPERATIONS

SANDVIK ADDITIVE MANUFACTURING

FOR FULL ADDITIVE MANUFACTURING VALUE

80%REDUCED WEIGHT

200%INCREASED

PRODUCTIVITY

ADDITIVE BY SANDVIK

97

- The Power of Sandvik

- Perfecting Additive Manufacturing since 1862

- Additive by Sandvik: Plan it – Print it – Perfect it

- Customer cases

AGENDA

5,900ACTIVE PATENTS

3.5BILLION SEK

ANNUAL R&D

INVESTMENT

160COUNTRIES AROUND THE GLOBE

SALES IN OVER

42,000EMPLOYEES

BILLION SEK

IN REVENUES

100

50R&D CENTERS

GLOBALLY

Figures refer to Group total 2018

SANDVIK GROUPWORLD LEADING POSITION IN…

METAL

CUTTING

MINING

AND ROCK

TECHNOLOGY

ADVANCED MATERIALS

TECHNOLOGY

ADDITIVE

MANUFACTURING

PERFECTING THE ADDITIVE VALUE CHAIN

1974 Osprey Metals Ltd

is founded, based on

spray-forming process

2002 Sandvik introduces

powder program for

Additive Manufacturing

2013 Establishment of R&D

Center for Additive

Manufacturing

2017Business Unit for

Additive Manufacturing

established

SINCE 1862…

2019 Sandvik’s powder business integrated

in the Additive Manufacturing

Division

2011 First metal printer (EOS M270)

installed for Sandvik MedTech

2015 Inaguration of the Sandvik

Additive Manufacturing

Center in Sandviken

Market introduction

of Seco coolant

clamps

Market introduction of

Lightweight Coromill 390

Introduction of the world’s first

3D printed diamond composite

AM of Cemented

Carbide

Aluminum

powder

for AM

Nickelbased

superalloys

(VIGA)

Inauguration of AM R&D

Center for hard and super-

hard materials in Stockholm

Introduction

of titanium

powder

for AM

MATERIALS

• World leader in metallurgy

• Powder expert

• Leading in metal

powder for AM

• Widest range of OspreyTM

AM-alloys

MANUFACTURING

• 3D design

• Several AM processes

• Center of Digital Excellence

POST PROCESSING

• World leader in metal cutting

• Sintering and HIP

• Other post processing

RELATEDCAPABILITIES

• Testing and characterization

• Traceability and documentation

• Component know-how

• Customer base

• Distribution network

LEADING AND WELL ESTABLISHED CAPABILITIES

ACROSS THE AM VALUE CHAIN

ADDITIVE BY SANDVIKPLAN IT – PRINT IT – PERFECT IT

OUR OFFERING:

102

PLAN IT

“Plan it, is all about selecting what to print, choose the

most optimal material, develop the best possible design

– and select the right additive technology for the end-product.”

ADDITIVE BY SANDVIK

103

ADDITIVE BY SANDVIK

PLAN IT

• Identification of which

components that are

suitable to print.

• Using the Sandvik AM-

selection checklist.

• As leading experts in

subtractive manufacturing,

we will also tell you when

not to use AM.

1. SELECTING WHAT

TO PRINT2. MATERIAL SELECTION

• In what environment does

your component exist?

• Based on 150-year material

knowledge, and with in-

house AM-powder

production, we are expert

at matching material

properties to application.

• Offering the widest range

of AM-alloys and can even

customize materials.

3. DESIGN AND MODELING

• Metallurgical knowledge is

key to know how thinly a

component can be printed

and still hold up.

• Deep applications design-

and metalworking know-

how, backed by state-of-

the-art AM design software

and optimization methods.

4. CHOICE OF OPTIMAL

AM-PROCESS

• With all major printing

technologies for metals

in-house, we will always

choose the optimal process

for your component.

• We know how to define

the most optimal printer

parameter setting and

processing combinations

matched to a specific

material and AM-application .

PRINT IT

“Print it – the choice of additive technology depends

on the material and the desired characteristics of

the end-component.”

ADDITIVE BY SANDVIK

ADDITIVE BY SANDVIK

PRINT IT

• From rapid prototyping to serial production.

• We always develop the right printing parameters so that the components

get the optimum properties.

• All additive manufacturing processes feature layer-by-layer fabrication

of three-dimensional objects, but production techniques vary.

5. ADDITIVE MANUFACTURING

105

Our additive process technologies

POWDER BED FUSION

LASER ELECTRON BEAM (EBM)

BINDER JETTING STEREOLITHOGRAPHY

PERFECT IT

“Perfect it – because additively produced components

rarely emerge from a printer 'ready to use', specialist

post processing is generally required – an area where

Sandvik has over 75 years’ of leading expertise.”

ADDITIVE BY SANDVIK

ADDITIVE BY SANDVIK

PERFECT IT

• In order to achieve required

properties, it is almost always

necessary to post-process

components produced with AM.

• Sandvik has more than

75 years of leading expertise in

post-processing methods, such

as machining, sintering or Hot

Isostatic Pressing (HIP).

6. POST PROCESSING 7. TESTING AND QUALITY

ASSURANCE

• Traceability, testing and document-

tation. Building on Sandvik’s long

experience in quality assurance, we

have made it our mission to build a

solid quality assurance system within

AM as well.

• To support this, Sandvik has northern

Europe’s largest R&D Center for

advanced metallic materials, with the

most sophisticated testing equipment.

Additive Manufacturing for MINING and OIL & GAS

CUSTOMER CASES

HYDRAULIC MANIFOLD SANDVIK MINING AND ROCK TECHNOLOGY

CUSTOMER CASE

“The additive version of our hydraulic manifold has led to a weight

reduction of more than 80 percent, enabling a quick and easy

exchange during service: the additive manufacturing process also

results in much shorter lead-times. During inhouse testing the

manifold has delivered very good results at 250 bar, which we

expect to be able to repeat within a real environment.”

ABHIJIT BHALGAT

DEPUTY GENERAL MANAGER - INDIA PARTS SOURCING

80%REDUCED WEIGHTcompared to conventional manifold

More than…

HYDRAULIC MANIFOLD FOR

SANDVIK MINING AND ROCK TECHNOLOGY

DESIGNERS: Shrikant Hallur, Thanujakshi GS, Ravi B

MATERIAL: OspreyTM 316 stainless steel

AM TECHNOLOGY: Powder Bed Fusion Laser

POST PROCESSING: Heat treatment, blasting and machining

250 BAR

Tested under

TRADITIONAL

MANIFOLD FROM

SOLID BLO

34.5 kg

Machined and drilled,

from solid block,

with plugged holes

ADDITIVE

VERSION OF

MANIFOLD

6.6 kgin test mine

LKAB WASSARACUSTOMER CASE

“Additive manufacturing gives us the possibility to optimize the

design of our hammers with fewer components and streamlined

water channels. Initial tests in production environment made

with W70 sliding case from Sandvik AM show very promising

results, indicating improved life time and increased rate

of penetration.”

MARIA BENGTSSON

SENIOR ENGINEER, LKAB WASSARA

110

DESIGNERS: Per Viklund, Maria Bengtsson

MATERIAL: OspreyTM 18Ni300

AM TECHNOLOGY: Powder Bed Fusion Laser

POST PROCESSING: Hardening and machining

SIMPLIFIED ASSEMBLY, OPTIMIZED DESIGNFOR IMPROVED PRODUCTIVITY

VAREL NOZZLESCUSTOMER CASE

“Today the nozzles are manufactured with traditional methods,

which is a long process with long lead times. For Varel it means

that we need to keep a large inventory to be able to serve our

customers in the oil and gas-industry. With AM we can receive

parts faster and can reduce our inventory significantly.”

BRUNO CUILLIER

GLOBAL PRODUCT ENGINEERING DIRECTOR, VAREL

JUST-IN-TIME AM DELIVERYFLEXIBLE CUSTOMIZATION

111

DESIGNERS: Magnus Boström, Bruno Cuillier

MATERIAL: Cemented Carbide, WC12Co

AM TECHNOLOGY: Binder Jetting

POST PROCESSING: Sintering and sand blasting

Hardness (HV30) : 1309

Toughness K1C : 15.1A00B00C00

Additive Manufacturing for MACHINING

CUSTOMER CASES

COOLANT CLAMPSCUSTOMER CASE

“The AM-version of the cooling clamps of the Seco JET GL

Turning Heads offers many advantages. Quick and easy insert

indexing reduces down-time and improves productivity. It also

makes it possible to apply the high-pressure coolant straight to

the cutting edge, which improves both tool life and chip control.

We see many more opportunities with the unique AM-

technology for other parts of our product program.”

JONAS THURESSON

SENIOR R&D ENGINEER - TURNING PRODUCTS, SECO TOOLS

113

DRILLING A CURVED HOLE IS HARDPRINTING IT ISN’T

DESIGNERS: Per Wiklund, Jonas Thuresson, Andreas Larsson

MATERIAL: OspreyTM 18Ni300

AM TECHNOLOGY: Powder Bed Fusion Laser

POST PROCESSING: Tumbling and blast finishing

LIGHTWEIGHT

COROMILL® 390

CUSTOMER CASE

“With the new Lightweight CoroMill® 390, produced with AM,

the weight of the cutter body is reduced by >80%. Combined

with new Silent Tools™ milling adaptors, this is an exceptional

tooling combination for slender tooling. The solution limits the

vibration tendencies and enables high productivity and good

process security in demanding applications.”

THOMAS WIKGREN

PRODUCT MANAGER SHOULDER MILLING, SANDVIK COROMANT

80%REDUCED WEIGHTcompared to conventional 390

More than…

114

DESIGNERS: Per Wiklund, Johan Lindström, Anna Nordstrand

MATERIAL: Titanium alloy, Ti6AI4V

AM TECHNOLOGY: Powder Bed Fusion Laser

POST PROCESSING: Heat treatment and machining

DESIGN THE UNSEEN

OPTIMIZE PERFORMANCE

200%INCREASED

PRODUCTIVITY

Up to…

SANDVIK ADDITIVE MANUFACTURING PROUDLY PRESENTS

THE WORLD’S FIRST 3D PRINTED DIAMOND COMPOSITE

THE WORLD’S FIRST 3D PRINTED DIAMOND COMPOSITE

MATERIAL

DIAMOND COMPOSITE

ADDITIVE PROCESS

STEREOLITHOGRAPHY

POST PROCESSING

CERAMIC FUSION

118

FOR FURTHER INFORMATION, VISIT

ADDITIVE.SANDVIK

THANK YOU !