SIRRIS ADD department. Additive Manufacturing
|
|
- Bethanie Blankenship
- 6 years ago
- Views:
Transcription
1 SIRRIS ADD department Additive Manufacturing
2 ADD capacities & competencies SIRRIS ADD ( ) 15 engineers and technicians Two locations: Liège (10 p.) and Charleroi (5 p.) In-house additive technologies Stereolithography (normal & hi-res) Paste polymerisation for ceramics and metals (2 Optoform) 3D Printing of plaster and metal powder (Z-Corp + 2 Prometal) Laser sintering of polymeric powder (PA, ): P360 P390 Objet Connex 500: bi-material Laser Melting (MTT) SLM 250 HL for metal parts and inserts EBM Arcam A2 (Titanium & CoCr) Laser Cladding (Irepa Laser EasyCLAD) 3D Printing of wax (Thermojet) 3D scanning & metrology (GOM, Metris, Wenzel) 2
3 Optoform process Photopolymerisation of resin filled with - technical ceramics (alumina, zyrconium, SiC) - bioceramics (HAP, TCP) High viscosity material. Debinding and sintering step 3
4 Optoform SiC parts Porous scaffolds in Hydroxyapatite & TCP Testing on various scaffold 3D structures for bone integration Spine and maxillofacial surgery Macro-porosity ~= 500 µm HA parts 4
5 Bi-material Prototype OBJET Connex 500 3D Printing of 2 materials simultaneously: 500 * 400 * 200 mm Resolution 600 dpi Visual prototypes for look and feel (hard, flexible, coating, ) Bi-material but also composite materials. Biocompatible materials. 5
6 Laser Sintering of polymer powder sirris /12/2007 6
7 3D Printing metal 3D Printing of metal powder Stainless steel with bronze infiltration Debinding / infiltration or debinding / sintering No support high geometrical complexity Functional Prototypes or parts (unique part, short series) Metal parts with internal complex geometry (Lattice structure, lightweight structure, ) Artistic parts Mould inserts for thermoplastic injection with conformal cooling channels for optimization (cycle time reduction, ) 7
8 3D Printing metal - Prometal 8
9 3D Printing (Prometal) Art works Pierre Pourveur Evelyne Gilmont Alice Salmon (Sirris) Gil Bruvel Batsheba Wim Delvoye 9
10 3D Printing Prometal Post-milling 10
11 Laser melting - Full melting - Full density - Titanium, alu, steels, Inconel, Pictures from ILT 11
12 Laser melting applications 12
13 Electron Beam Melting - Arcam - Near net shape solution requiring post milling (HSM) - An high energy beam of electrons is generated in the Electron Beam Gun - The control system allow for an extremely fast beam translation with no moving parts - Vacuum melt process eliminate impurities and yields high strength properties of the material - High build temperature provide good form stability and low residual stress in the part - Low operating costs 13
14 Electron Beam Melting Arcam Excellent properties for: Strength Elasticity Fatigue Chemical composition Microstructure Released Materials Ti6Al4V Ti6Al4V ELI CoCr, ASTM F75 100% Density Lattice & Cellular Structures - Lattice and cellular structures allow combination of the excellent properties of solid metal with the extraordinary properties of a cellular or lattice structure. Material: Ti6Al4V Size: 25 x 65 x 180 mm Build time: 6 hours - Applications include: * structures for bone in-growth in medical implants, * lightweight designs component * filters * other applications where a cellular structure is advantageous 14
15 Electron Beam Melting - Arcam Applications Medical: Implants Prosthesis - Instruments Material: Ti6Al4V Size: 180 x 130 x 5 mm Build time: 12 hours Material: CoCr ASTM F75 Build time: 8 knees in 20 hours Material: Ti6Al4V ELI Build time: 16 cups in 24 hours 15
16 Laser cladding Principle No powder bed Local deposition of fused metal Powder feeding in the laser beam 3 types of applications - Coatings: enhancement of hardness, wear resistance and anti-corrosion - Repair of damaged expensive parts - Full 3D building of parts Large range of materials available FGM Coaxial nozzle (2D) Multi-jet nozzle (3D) 16
17 The principle Laser + central gaz (coaxial) Shape Gas Carrier gas + powder Track Meltpool Motion direction Substrate Heat Affected Zone Sirris info@sirris.be 11/05/
18 IREPA Laser system IREPA LASER Duo-CLAD (EasyCLAD) - 2 fiber lasers: IPG 300 W et 2000 W. - MesoCLAD nozzle for mm Up to 15 cm 3 /h - MacroCLAD nozzle for 2 mm. Up to 250 cm 3 /h - Layer thickness: µm - Machining center 5 axes imes(isel) with rotating plate - PowerCLAD (Delcam) 5 axes based on PowerMill et PowerShape - Shielding gas - Double powder feeding: Medicoat DUO. - Monitoring & process control (added by Sirris & CSL) 20/12/
19 Comparative study of metal additive manufacturing technologies DPrinting EBM Laser Cladding Laser Melting Productivity 3D Complexity Maximum size Precision Surface quality Internal struct (Lattices) Mech prop - density sirris
20 Comparative study of metal additive manufacturing technologies 3DPrinting EBM Laser Cladding Laser Melting Source Printhead Electron Beam Laser Laser Powder feeding Powder bed Powder bed Nozzle Powder bed Materials S Steel + Bronze Ti CoCr Ti steel Ti Alu Steels Inco Controlled porosity Yes No No No sirris
21 Controlled porosity with 3D Printing (Prometal) Investigation ways to manage the porosity: (not a macro porosity with lattice structures) Sintering parameters Composition of the powder mixture Addition of organic particules Only one solution: 3DP Prometal Applications: fluid control, filters, 21
22 Controlled Porosity: some details Materials: 316L Density: From 50 to 95% Open porosity: From 0 to 50% Pore diameters: From 5 to 35µm Permeability (Darcy law): From to m² Mechanical properties: Up to 100% of the prop. of 316L with a density around 95%. Ø 40mm Ø 300mm sirris 22
23 Hipermoulding project 4 injection moulds produced with & without conformal cooling channels 4 mm Drastic reduction of the cycle time (up to 35%) Enhancement of part quality Enhancement of tool lifetime Profitability up to euros/year (prod. 6 Mparts) 23
24 Topology optimization Stress verification Flying Cam example (Compolight project) Free space definition Efforts repartition STL file Smoothing or redesign based on the STL geometry Weight reduction with the same mechanical result
25 SIRRIS ADD Actual & Future developments LightWeight solutions 3D structures Controlled Porosity Medical applications Quality, Repeatability, Standards Sustainability Composites SiC+ alu, Connex digital materials Titanium, Inconel, aluminium Functionally Graded materials and porosity Nano particles incorporation 25
Additive manufacturing of CERAMICS technology overview. 3D Printing Materials Conference
Additive manufacturing of CERAMICS technology overview 3D Printing Materials Conference Maastricht, January 27, 2015 Increase the competitiveness of companies through technological innovations Sirris 25
More informationAdditive Manufacturing Technology
Additive Manufacturing Technology ME 012193 Spring I 2018 By Associate Prof. Xiaoyong Tian Cell:13709114235 Email: leoxyt@mail.xjtu.edu.cn Lecture 02 Fundmental AM processes Interactions in AM processes
More informationSIRRIS. Bioprinting: markets and opportunities. Grégory Nolens. QED AM in Medical November 4th 2014
SIRRIS Bioprinting: markets and opportunities Grégory Nolens QED AM in Medical November 4th 2014 Collective centre of the technology industry Non profit organization Industry owned 4,700 industrial interventions
More informationAdditive manufacturing of metallic alloys and its medical applications
Additive manufacturing of metallic alloys and its medical applications A. Di Schino 1, M. Richetta 2 1 Dipartimento di Ingegneria Università degli Studi di Perugia, Via G. Duranti 93, 06125 Perugia, Italy
More informationAgenda. Introduction Drivers AM in mould technology 10/23/17. Additive Manufacturing voor matrijzenbouw. 23 oktober 2017, Sint-Niklaas
Additive Manufacturing voor matrijzenbouw 23 oktober 2017, Sint-Niklaas 1 Agenda Learn from yesterday, live for today, hope for tomorrow. The important thing is not to stop questioning. - Albert Einstein
More informationAdditive Manufacturing Technology November
Additive Manufacturing Technology November 2012 www.3trpd.co.uk Phil Kilburn DMLS Sales Manager Agenda About 3T RPD Ltd Overview of Additive Manufacturing Manufacturing directly in metals Arcam - Electron
More informationAn Overview of Methods for Rapid Prototyping and Near Net Shape Manufacture. Ivor Davies. RP&T Centre WMG, University of Warwick
An Overview of Methods for Rapid Prototyping and Near Net Shape Manufacture Ivor Davies RP&T Centre WMG, University of Warwick 2 Contents Rapid Prototyping Basic Principle Data Requirements RP Processes
More informationAgenda. Introduction Drivers 10/26/16. Metal Additive Manufacturing. 25 oktober 2016, Gavere
Metal Additive Manufacturing 25 oktober 2016, Gavere 1 Agenda Learn from yesterday, live for today, hope for tomorrow. The important thing is not to stop questioning. - Albert Einstein - Introduction Drivers
More informationManufacturing UNBOUND
Welcome to Manufacturing UNBOUND Arcam EBM Disrupting the status quo in production by providing leading-edge metal additive manufacturing solutions. 2 www.arcamebm.com Arcam EBM Your innovative partner
More informationIndustrial Engineering Applications of Rapid Prototyping
Industrial Engineering Applications of Rapid Prototyping Dr. Denis Cormier Rochester Institute of Technology Department of Industrial and Systems Engineering Introductions 1995-2009 North Carolina State
More informationLaser sintering.
Laser sintering carmelo.demaria@centropiaggio.unipi.it Sintering process Sintering process bonding of the metal, ceramic or plastic powders together when heated to temperatures in excess of approximately
More informationADDITIVE MANUFACTURING OF TITANIUM ALLOYS
ADDITIVE MANUFACTURING OF TITANIUM ALLOYS F.H. (Sam) Froes Consultant to the Titanium Industry Based on a paper by B. Dutta and F.H. (Sam) Froes which appeared in AM&P Feb. 2014 pp. 18-23 OUTLINE Cost
More informationProducing Metal Parts
Producing Metal Parts CNC vs. Additive Manufacturing www.3dhubs.com METAL KIT 2 Introduction This Kit discusses how to select the right manufacturing process for metal parts by comparing CNC and Additive
More informationAndreas Gebhardt. Understanding Additive Manufacturing. Rapid Prototyping - Rapid Tooling - Rapid Manufacturing ISBN:
Andreas Gebhardt Understanding Additive Manufacturing Rapid Prototyping - Rapid Tooling - Rapid Manufacturing ISBN: 978-3-446-42552-1 For further information and order see http://www.hanser.de/978-3-446-42552-1
More informationImproved Surface Quality and Productivity in Ti Additive Manufacturing using EBM MultiBeam TM. Ulf Ackelid and Mattias Svensson, Arcam AB, Sweden
Improved Surface Quality and Productivity in Ti Additive Manufacturing using EBM MultiBeam TM Ulf Ackelid and Mattias Svensson, Arcam AB, Sweden Introduction to Electron Beam Melting Arcam AB EBM process
More informationMetal powder reuse in additive manufacturing. Alessandro Consalvo AM Support Engineer, Renishaw spa
Metal powder reuse in additive manufacturing Alessandro Consalvo AM Support Engineer, Renishaw spa Renishaw World leading metrology company founded in 1973. Skills in measurement, motion control, spectroscopy
More informationAdditive Manufacturing Challenges Ahead
Additive Manufacturing Challenges Ahead Dr. S. SELVI Associate Professor, Dept. of Mechanical Engineering Institute of Road and Transport Technology, Erode 638 316. selvimech@yahoo.com Received 25, November
More informationCHALLENGES AND OPPORTUNITIES FOR ADDITIVE MANUFACTURING IN THE AUTOMOTIVE INDUSTRY. Paul J. Wolcott Ph.D. Body SMT Innovation
CHALLENGES AND OPPORTUNITIES FOR ADDITIVE MANUFACTURING IN THE AUTOMOTIVE INDUSTRY Paul J. Wolcott Ph.D. Body SMT Innovation Agenda 1. Additive Manufacturing in Industry 2. Opportunities in Automotive
More informationMarkforged: Taking a different approach to metal Additive Manufacturing
Loughborough University Institutional Repository Markforged: Taking a different approach to metal Additive Manufacturing This item was submitted to Loughborough University's Institutional Repository by
More informationMaterials and Fastening Solutions Study
May, 2009 Conducted by: Introduction and Methodology Purpose and Objectives Methodology This research was conducted to provide Design News with current information on the growing importance of processes
More informationAdditive Manufacturing or 3D prototyping. OO, November the 18 th
Additive Manufacturing or 3D prototyping OO, November the 18 th Definition Additive Manufacturing is defined in ASTM F2792-12 as an assembly process of successive thin layer of materials by using numerical
More information3D Printing Park Hong-Seok. Laboratory for Production Engineering School of Mechanical and Automotive Engineering University of ULSAN
3D Printing 2016. 05. 25 Park Hong-Seok Laboratory for Production Engineering School of Mechanical and Automotive Engineering University of ULSAN http://lpe.ulsan.ac.kr Why Do We Need 3d Printing? Complexity
More informationAdditive Layer Manufacturing: Current & Future Trends
Additive Layer Manufacturing: Current & Future Trends L.N. Carter, M. M. Attallah, Advanced Materials & Processing Group Interdisciplinary Research Centre, School of Metallurgy and Materials Additive Layer
More informationLaser assisted Cold Spray
2009-02-16 Laser assisted Cold Spray Andrew Cockburn, Matthew Bray, Rocco Lupoi Bill O Neill Innovative Manufacturing Research Centre (IMRC) Institute for Manufacturing, Department of Engineering, University
More informationMaterial Quality or Quality Material? by Additive Manufacturing
Material Quality or Quality Material? by Additive Manufacturing J.J. Saurwalt (ECN) December 2015 ECN-L--16-002 Material Quality or Quality Material? by Additive Manufacturing Materials of the Future Conference
More informationCoatingImplants. ResearchEngineer OrchidOrthopedicSolutions
2014 CoatingImplants ParimalBapat,Ph.D. ResearchEngineer OrchidOrthopedicSolutions OMTEC 2014 Technical Session: Coating Implants June 11 th 2014 1:30 PM 2:30 PM Presenter: Dr. Parimal V. Bapat Research
More informationThe Arcam EBM process: A walkthrough
The Arcam EBM process: A walkthrough 2012-06-13 1 Overview Arcam & EBM Process Design for EBM EBM - Core Benefits Validating EBM 2012-06-13 2 Arcam Swedish innovation from the beginning of the 1990 s Arcam
More informationMechanical behaviour of additively manufactured materials
Outline Mechanical behaviour of additively manufactured materials ION Congress 2018 Dr. Vera Popovich Delft University of Technology (TUDelft) Contact: v.popovich@tudelft.nl, +31 (0) 15 2789568 Outline
More informationTHE ASPECTS ABOUT RAPID PROTOTYPING SYSTEM
THE ASPECTS ABOUT RAPID PROTOTYPING SYSTEM Adrian P. POP 1, Petru UNGUR 1, Gheorghe BEJINARU MIHOC 2 1 University of Oradea, e-mail: adippop@yahoo.com; petru_ungur@yahoo.com; 2 Transilvania University
More informationBuilding Parts Directly
February 2008 Vol. 140 No. 2 Building Parts Directly Some users are discovering that combining direct digital manufacturing with existing manufacturing techniques is better than replacing them Bruce Morey,
More informationAdditive Manufacturing
www.dmgmori.com LASERTEC 65 3D Additive Manufacturing Laser Deposition Welding & Milling LASERTEC integration in DMG MORI machines ALL IN 1: Laser Deposition Welding & Milling Additive Manufacturing in
More informationPIM Technology. a powder technology for complex small engineering parts
a powder technology for complex small engineering parts Powder Injection Moulding () metals (MIM) ceramics (CIM) cemented carbides (CCIM) is a new process for material shaping that combines the flexibility
More informationPowder spreading in additive manufacturing. Sina Haeri James Weir Fluid Lab Mechanical and Aerospace Engineering University of Strathclyde
Powder spreading in additive manufacturing Sina Haeri James Weir Fluid Lab Mechanical and Aerospace Engineering University of Strathclyde Outline Overview of Additive Manufacturing Technologies Powder
More informationHigh Quality Metal by Additive Manufacturing
High Quality Metal by Additive Manufacturing B. van der Vorst (ECN) J.J. Saurwalt (ECN) November 2015 ECN-L--15-080 High Quality Metal by Additive Manufacturing Precision Fair 2015 Bart van de Vorst Jaco
More informationIntroduction to Additive Manufacturing
Introduction to Additive Manufacturing Aberdeen, May 2017 www.voestalpine.com Don t try to use AM for parts which are dedicated to other manufacturing technologies! AM is only economically if you can add
More informationDesign approaches for additive manufactured components
VTT TECHNICAL RESEARCH CENTRE OF FINLAND LTD Design approaches for additive manufactured components Erin Komi, Petteri Kokkonen VTT Technical Research Centre of Finland Ltd Structural Dynamics & Vibroacoustics
More informationMSC Solutions for Additive Manufacturing Simufact Additive
MSC Solutions for Additive Manufacturing Simufact Additive 15.01.2018 Simufact Product Portfolio Cold Forming Hot Forging Sheet Metal Forming Mechanical Joining Powder Bed Fusion Arc Welding Laser Beam
More informationEstudio implantación PYME para fabricación de piezas mediante tecnología de adición metálica por láser
Estudio implantación PYME para fabricación de piezas mediante tecnología de adición metálica por laser Autores: Alberto Ruiz de Olano / Fernando Ohárriz Julio 2014 Estudio implantación PYME para fabricación
More informationObservation and numerical simulation of melt pool dynamic and beam powder interaction during selective electron beam melting
Observation and numerical simulation of melt pool dynamic and beam powder interaction during selective electron beam melting T. Scharowsky, A. Bauereiß, R.F. Singer, C. Körner *Department of Materials
More informationNew Considerations Regarding the Use of Selective Laser Sintering Technology for Biomedical Metalic Implants
New Considerations Regarding the Use of Selective Laser Sintering Technology for Biomedical Metalic Implants Drd. Ing. Ciobota Nastase-Dan, Dr. Ing. Stanca Comsa National Institute of Research and for
More informationWhitepaper MATERIALS FOR DIRECT METAL LASER-SINTERING. Mike Shellabear 1, Olli Nyrhilä 2. 1 EOS GmbH, 2 EOS Finland
Whitepaper MATERIALS FOR DIRECT METAL Mike Shellabear 1, Olli Nyrhilä 2 1 EOS GmbH, 2 EOS Finland 1. e-manufacturing and Laser-Sintering e-manufacturing means fast, flexible, and cost effective production
More informationProgress of the Modelling of a Direct Energy Deposition Process in Additive Manufacturing
Progress of the Modelling of a Direct Energy Deposition Process in Additive Manufacturing Quanren ZENG a, Zhenhai XU a, b, Yankang TIAN a and Yi QIN a, 1 a Centre for Precision Manufacturing, Department
More information3 Major 3d printing process and technology introduction
3 Major 3d printing process and technology introduction Summary After several decades of development, Now there are a variety of 3D printing technology process, from the categories divided into extrusion
More informationChallenges for Metallic 3D-Printed Parts. Do we want to print a plane?
Challenges for Metallic 3D-Printed Parts Do we want to print a plane? by Emiel Amsterdam, Gerrit Kool Aerospace Vehicles Division, Department Gas turbines & Structural Integrity Forum on Tracking Detector
More informationvoestalpine Additive Manufacturing Center Singapore Pte Ltd
voestalpine Additive Manufacturing Center Singapore Direct Metal Deposition, DMD. 30 th November 2017 www.voestalpine.com voestalpine Additive Manufacturing Center. Singapore Direct Metal Deposition» Company
More informationin this issue MIM developments in Asia AP&C: Titanium powder production 3DEO: Prototyping for MIM
Vol. 11 No. 2 JUNE 2017 in this issue MIM developments in Asia AP&C: Titanium powder production 3DEO: Prototyping for MIM Published by Inovar Communications Ltd www.pim-international.com contents page
More informationAdditive Manufacturing in the Nuclear Industry
Additive Manufacturing in the Nuclear Industry Greg Hersak Mechanical Equipment Development May 4, 2018-1- Additive Manufacturing (AM) in the Nuclear Industry Agenda Overview of AM technologies Challenges
More informationVTT TECHNICAL RESEARCH CENTRE OF FINLAND LTD. Powder Piloting Service Service for Powder Injection Molding
VTT TECHNICAL RESEARCH CENTRE OF FINLAND LTD Powder Piloting Service Service for Powder Injection Molding STEP 6. STEP 5. STEP 4. STEP 3. STEP 2. STEP 1. Powder Injection Molding 1. Raw material selection
More informationDiscover the variety of Metal Powders
Discover the variety of Metal Powders The range of our standard metal powder Non Ferrous, Tool Steel, Stainless Steel and Light Alloys SLM The Industrial Manufacturing Revolution PIONEERS in metal-based
More informationMedical Device Design & Manufacturing
Medical Device Design & Manufacturing Comprehensive product development and additive manufacturing solutions to support implant and instrument performance Precision Healthcare Solutions Empowering the
More informationCurrent technologies and advances in additive manufacturing. Dr. Ehab Saleh 28/09/2017
Current technologies and advances in additive manufacturing Dr. Ehab Saleh 28/09/2017 Content Centre for Additive Manufacturing (CfAM) Hype cycle of technologies and 3D printing Current additive manufacturing
More informationFarsoon Introduction. Farsoon. Dr Xu s expertise: Farsoon Positioning: 9/19/2017 2
Farsoon Introduction Farsoon Founded 2009 by Dr. Xu Two share holder, Dr. Xu and Mr. Hou SLS and SLM machine manufacturer SLS nylon powder producer Dr Xu s expertise: 20 years of expertise acquired in
More informationProduction and Characterization of Uniform and Graded Porous Polyamide Structures Using Selective Laser Sintering
Production and Characterization of Uniform and Graded Porous Polyamide Structures Using Selective Laser Sintering M. Erdal 1, S. Dag 2, Y. A. C. Jande 3 and C. M. Tekin 4 Department of Mechanical Engineering,
More informationChancen und Grenzen von 3D-Druckern in der industriellen Produktion
26 th of November 2013 Chancen und Grenzen von 3D-Druckern in der industriellen Produktion Prof. Dr. Reinhart Poprawe, M.A. Lehrstuhl für Lasertechnik RWTH Aachen University Fraunhofer Institut für Lasertechnik,
More informationBoeing s Vision for Rapid Progress between Dream and Reality
Boeing s Vision for Rapid Progress between Dream and Reality Jeffrey DeGrange Senior Manager Advanced Manufacturing Research & Development St. Louis, Missouri USA Euro-uRapid 2006 Frankfurt, Germany November
More informationAdditive Manufacturing of Hard Biomaterials
Additive Manufacturing of Hard Biomaterials Amit Bandyopadhyay and Susmita Bose W. M. Keck Biomedical Materials Research Lab School of Mechanical and Materials Engineering Washington State University,
More informationHigh Speed Sintering for 3D printing applications
High Speed Sintering for 3D printing applications High Speed Sintering for 3D printing applications Neil Hopkinson, Adam Ellis, Adam Strevens, Manolis Papastavrou and Torben Lange, Xaar plc Introduction
More informationMetal and ceramic matrices: new composite materials
Metal and ceramic matrices: new composite materials Introduction In the case of materials subjected to mechanical loads, the use of composite materials has improved the properties by using substances that
More informationPlastics for Additive Manufacturing
Sources: voxeljet, Materialise NV, Iris van Herpen Plastics for Additive Manufacturing Dr. Thomas Büsgen Bayer MaterialScience AG 20 th November 2013, 3D Printing & Additive Manufacturing Industrial Applications
More informationFabrication additive par procédé CLAD : principes, performance et exemples d applications
Fabrication additive par procédé CLAD : principes, performance et exemples d applications Additive Manufacturing with CLAD process: principles, performances and application examples. Didier BOISSELIER
More informationPerspectives of development of additive technologies on the enterprise of Rosatom state atomic energy corporation
ROSATOM STATE ATOMIC ENERGY CORPORATION ROSATOM Perspectives of development of additive technologies on the enterprise of Rosatom state atomic energy corporation Alexey Dub «Rusatom Additive Technologies»
More informationWebinar - Adding to Additive Manufacturing with Particle Size and Shape Analysis
Webinar - Adding to Additive Manufacturing with Particle Size and Shape Analysis Many Additive Manufacturing (3D printing) techniques such as selective laser sintering (SLS) and selective laser melting
More informationCeramics, Glasses, and Glass-Ceramics
Ceramics, Glasses, and Glass-Ceramics Ceramics, Glasses, and Glass-Ceramics include a broad range of inorganic/nonmetallic compositions. Eyeglasses Diagnostic instruments Thermometers Tissue culture flasks
More information3D METALS Discover the variety of Metal Powders The range of our standard metal powders
3D METALS Discover the variety of Metal Powders The range of our standard metal powders Non Ferrous, Tool Steel, Stainless Steel and Light Alloys SLM The Industrial Manufacturing Revolution PIONEERS in
More informationMECHANICAL PROPERTIES OF PURE TITANIUM MODELS PROCESSED BY SELECTIVE LASER MELTING
MECHANICAL PROPERTIES OF PURE TITANIUM MODELS PROCESSED BY SELECTIVE LASER MELTING Edson Santos*, F. Abe, Y. Kitamura*, K. Osakada* and M. Shiomi* *Division of Mechanical Science, Graduate School of Mechanical
More informationIncrease of Productivity by Using Adaptive LPBF Process Strategy 3D Valley Conference
Increase of Productivity by Using Adaptive LPBF Process Strategy 3D Valley Conference Anders Such, Tobias Pichler Fraunhofer ILT Christoph Korbmacher MAN Energy Solutions Aachen 26.09.2018 AGENDA 1 2 Short
More informationManufacturing Using Light and Dust
Manufacturing Using Light and Dust Dr Mark Stanford Reader in Engineering Department of Engineering University of Wolverhampton Manufacturing Using Light and Dust Contents: Introduction to the University
More information3DMP. Fast I Simple I Economic. GEFERTEC GmbH Berlin Germany. 3DMP - 3D Metal Print fast simple economic
3DMP Fast I Simple I Economic GEFERTEC GmbH Schwarze-Pumpe-Weg 16 12681 Berlin Germany info@gefertec.de Phone: +49 (0) 30 912074 360 www.gefertec.de 3DMP - 3D Metal Print fast simple economic 2 GEFERTEC
More informationDesign for Additive Manufacturing Julien Magnien
Design for Additive Manufacturing Julien Magnien Sirris Driving industry by technology INCREASE THE COMPETITIVENESS OF COMPANIES THROUGH TECHNOLOGICAL INNOVATIONS Expertises Who are we? Collective centre
More informationTHINK. Filter Technology SIKA-B
THINK Filter Technology SIKA-B ENGINEERING THAT MOVES THE WORLD Since 1759 250 years of exceptional engineering GKN Sinter Metals Filters, the leading manufacturer of porous sinter metal products, offers
More informationSince All sintered materials of GKN offer a self-supporting structure with high mechanical strength.
Since 1759 250 years of exceptional engineering GKN Sinter Metals Filters, the leading manufacturer of porous sinter metal products, offers a variety of solutions to fulfil customer requirements. We are
More informationADDITIVE MANUFACTURING CERTIFICATE PROGRAM BODY OF KNOWLEDGE
ADDITIVE MANUFACTURING CERTIFICATE PROGRAM BODY OF KNOWLEDGE RUBRIC 1.0 OVERVIEW of AM 1.1 Definition of AM 1.1.1 Evolution of AM definitions 1.1.2 Current ASTM 1.2 Key Elements of AM 1.2.1 Sources of
More informationRAPID PATTERN BASED POWDER SINTERING TECHNIQUE AND RELATED SHRINKAGE CONTROL
RAPID PATTERN BASED POWDER SINTERING TECHNIQUE AND RELATED SHRINKAGE CONTROL Jack G. Zhou and Zongyan He ABSTRACT Department of Mechanical Engineering and Mechanics Drexel University 3141 Chestnut Street
More informationCOST STSM REPORT. Investigation of anisotropic properties of Rapid Prototyped metallic implants AIM OF THE COST STSM
COST STSM REPORT Investigation of anisotropic properties of Rapid Prototyped metallic implants COST STSM Reference Number: COST-STSM-MP1301-26743 Period: 2015-10-19 00:00:00 to 2015-11-30 00:00:00 COST
More information3D Selective Laser Melting (SLM) -from the Drawing to the Part-
3D Selective Laser Melting (SLM) -from the Drawing to the Part- Denis Klemm*, Robert Taranczewski, Romy Petters, Lukas Löber, Volker Hoffmann Leibniz Institute for Solid State and Materials Research Dresden
More informationAdditive Manufacturing for Defense & Government MAY14, NYSE:DDD
Additive Manufacturing for Defense & Government MAY14, 2015 WWW.3DSYSTEMS.COM NYSE:DDD 30 YEARS OF INNOVATION First 3D printed part 1983 Chuck Hull accepts National Inventors Hall of Fame Award -- 2014
More informationLaser Additive Manufacturing as a Key Enabler for the Manufacture of Next Generation Jet Engine Components - Technology Push
Laser Additive Manufacturing as a Key Enabler for the Manufacture of Next Generation Jet Engine Components - Technology Push EU Project Merlin New Challenges and Perspectives for LAM Processes Carl Hauser,
More informationADDITIVE MANUFACTURING Presentation
ADDITIVE MANUFACTURING Presentation Index LMD WAAM 2 1.Laser Cladding (LMD) Laser Cladding o Laser Material Deposition (LMD) Both, the substrate and filler material are melted with a laser. Generally,
More informationHYBRID MOULDS - THERMAL ASPECTS
DEPARTMENT OF MATERIALS, TEXTILES AND CHEMICAL ENGINEERING HYBRID MOULDS - THERMAL ASPECTS Prof. Ludwig Cardon 2017 October DEPARTMENT OF MATERIALS, TEXTILES AND CHEMICAL ENGINEERING POLYMER, FIBER AND
More informationManifattura Additiva di Ceramici Caratteristiche e Prospettive
Manifattura Additiva di Ceramici Caratteristiche e Prospettive Prof. ing. Paolo Colombo Departimento di Ingegneria Industriale Università di Padova e Adjunct Professor, Dept. of Materials Science and Engineering,
More informationCOATING TECHNOLOGIES REVIEW:
COATING TECHNOLOGIES REVIEW: How Orthopedic Implants Get Coated April, 2018 By: Tony Crivella Senior Global Commercial Manager, Coatings Parimal Bapat, Ph. D Research Engineer Shilesh Jani Engineering
More informationMetal Powder the Raw Material of Future Production
Metal Powder the Raw Material of Future Production Introduction and Overview Applications for Powder Metallurgy Methods &Systems for Powder Production Physical and Chemical Properties of Metal Powder Economic
More informationProduction of Metallic and Ceramic Parts with the Optoform Process
Anne-Marie Clarinval CRIF Avenue Georges Lemaître, 22 6041 Gosselies - Belgium anne-marie.clarinval@crif.be ABSTRACT Optoform LLC developed a technology to process paste compositions based upon photo-curable
More informationMetallic Additive Manufacturing Process and Materials Development at the University of Sheffield
Metallic Additive Manufacturing Process and Materials Development at the University of Sheffield 3 rd June 2015 2 nd Mexican Workshop on Additive Manufacturing 3D Printing Queretaro Mexico Dr Kamran Mumtaz
More information3D Laser Metal Sintering System
\ 3D Laser Metal Sintering System FONON TECHNOLOGIES F O N O N 3 D M E T A L P R I N T I N G S Y S T E M S 3D FUSION - NANO Powder Direct Metal Sintering System Fonon Additive Manufacturing Technologies
More informationLASER CLADDING OF ALUMINIUM USING TiB 2
LASER CLADDING OF ALUMINIUM USING TiB 2 (Paper Number 1202) Sanjay Kumar and Sisa Pityana CSIR National Laser Centre, PO Box 395, Pretoria 0001, South Africa Abstract Modification of Aluminium surface
More informationYOUR QUALITY THROUGH US
safsinter.it SILENCERS FILTERS FITTINGS VALVES AIR-RESERVOIRS ACCESSORIES YOUR QUALITY THROUGH US SAF S.r.l. was established in year 2007, following the acquisition of an important company manufacturing
More informationHigh-Speed Direct Laser Deposition: Technology, Equipment and Materials
IOP Conference Series: Materials Science and Engineering PAPER OPEN ACCESS High-Speed Direct Laser Deposition: Technology, Equipment and Materials To cite this article: G A Turichin et al 2016 IOP Conf.
More informationGrinding & Dispersing. Dedusting of metal powders for additive manufacturing. 3-D Printing InPrint Christian Höfels
Grinding & Dispersing Dedusting of metal powders for additive manufacturing 3-D Printing InPrint 2017 15.11.2017 Christian Höfels Agenda 1. Introduction 2. Basics of Classification 3. NETZSCH Classifier
More informationMetal Powder - the Raw Material of Future Production
Metal Powder - the Raw Material of Future Production BY GÜNTER BUSCH* SYNOPSIS Alongside Mobile Internet, Cloud Computing, Robotics, Energy Storage and Autonomous Vehicles, Additive Manufacturing is one
More informationTHINK. Filter Technology SIKA-R... IS/AS
THINK Filter Technology SIKA-R... IS/AS ENGINEERING THAT MOVES THE WORLD Since 1759 250 years of exceptional engineering GKN Sinter Metals Filters, the leading manufacturer of porous sinter metal products,
More informationY. Zhou, X. Zhou, Q. Teng, Q.S. Wei, Y.S. Shi
Investigation on the scan strategy and property of 316L stainless steel-inconel 718 functionally graded materials fabricated by selective laser melting Y. Zhou, X. Zhou, Q. Teng, Q.S. Wei, Y.S. Shi State
More informationLASER METAL FUSION (LMF)
TRUMPF Laser- und Systemtechnik GmbH LASER METAL FUSION (LMF) Additive Manufacturing at TRUMPF 05/07/2018 LASER METAL FUSION (LMF), Additive Manufacturing at TRUMPF 05/07/2018 1 LMF Machines The TruPrint
More informationRAPID PROTOTYPING STUDY NO.1 INTRODUCTION TO RPT
INTRODUCTION TO RPT STUDY NO.1 RAPID PROTOTYPING Rapid prototyping (RP) is a technology wherein the physical modeling of a design is done using a specialized machining technology. The systems used in rapid
More informationEvery Industry - Every Day DIRECT METAL LASER MELTING. The Experts in Metal Additive Manufacturing.
DIRECT METAL LASER MELTING The Experts in Metal Additive Manufacturing Every Industry - Every Day www.gpiprototype.com 847-615-8900 Sales@GPIprototype.com GPI Prototype and Manufacturing Services has been
More informationADDITIVE MANUFACTURING: Moving Beyond Rapid Prototyping
ADDITIVE MANUFACTURING: Moving Beyond Rapid Prototyping he evolution of additive manufacturing For the past few decades, additive manufacturing (AM) has developed from rapid prototyping using simple 3D
More informationβ-tcp porous scaffold: part 1. Casting method and structure characterization
β-tcp porous scaffold: part 1. Casting method and structure characterization D. Hautcoeur, L. Boilet, M. Lasgorceix, V. Lardot, F. Cambier Belgian Ceramic Research Centre S. Chamary, A. Leriche Laboratoire
More informationIndustrial Additive Manufacturing
Industrial Additive Manufacturing Importance of Standardization Unrestricted GPDIS_2017.ppt 1 Oh how far we have come GPDIS_2017.ppt 2 Design for Additive Manufacturing Traditional and new design workflows
More informationPrinting Metals and Light Absorbing Ceramics, using the DLP method
Printing Metals and Light Absorbing Ceramics, using the DLP method J. Opschoor (ECN) March 2016 ECN-L--16-015 Printing Metals and Light Absorbing Ceramics, using the DLP method Additive World 'Industrial
More informationThermal Durability and Abradability of Plasma Sprayed Al-Si-Polyimide Seal Coatings p. 85
Trends in Automotive Applications of Thermal Spray Technology in Japan p. 1 Production Plasma in the Automotive Industry: A European Viewpoint p. 7 The Effect of Microstructure on the Wear Behavior of
More information