Presentatie van Deens technologisch instituut over hybrid manufacturing op 22 oktober 2015 tijdens de Dutch Design Week, bij TUE op activiteit ism Cement&BetonCentrum: Grote ambities met 3D Betonprinten.
Peter Zimm - MRO WORKSHOP - SPOTLIGHT: Additive manufacturing (3D printing) is expected to have a profound impact on global supply chains, including in the aviation industry. What does 3D printing mean for the future of manufacturers and MROs?
Presentatie van Deens technologisch instituut over hybrid manufacturing op 22 oktober 2015 tijdens de Dutch Design Week, bij TUE op activiteit ism Cement&BetonCentrum: Grote ambities met 3D Betonprinten.
Peter Zimm - MRO WORKSHOP - SPOTLIGHT: Additive manufacturing (3D printing) is expected to have a profound impact on global supply chains, including in the aviation industry. What does 3D printing mean for the future of manufacturers and MROs?
Virtual materials testing: come funziona e i benefici sulla produzioneCompositi
Webinar 29 settembre 2020
Connettendo il mondo reale con il virtuale, il processo di sviluppo di virtual materials testing permette di accelerare i tempi e ridurre i costi della filiera.
150610 Exploring the supply chain opportunities of additive manufacturing in ...SINTAS
150610 Exploring the supply chain opportunities of additive manufacturing in aviation’s spare part industry (Gereon Deppe)
RapidTech meeting 10-06-2015
Tips for Additive Manufacturing in MetalDesign World
With simple changes such as automated transfers and print run layout, an additive manufacturing production process can be optimized to maximize output. Hear how ExOne takes “3D printing” into the realm of manufacturing production. Tom Pasterik, Manager of Application Engineering for The ExOne Company, will discuss what it takes to shift from 3D printing/prototyping to additive manufacturing production, using an example of a traditionally manufactured control arm from a domestic super car and making it using additive manufacturing processes.
Learn how to shift from 3D printing/prototyping to additive manufacturing
Understand the pros and cons of additive manufacturing
Tips on finding the right internal structures for your designs
Learn about the various direct metal printing processes
3D Printing Market - MATERIAL (ABS, PLA, Photopolymer, Ceramics etc.), TECHNO...Akash Singh
The report presents a detailed market analysis of 3D printing and Additive Manufacturing by incorporating complete pricing and cost analysis of components & products, product benchmarking, Porter’s analysis and PEST (Political, Economic, Social & Technological factor) analysis of the market. Market Classification encompasses segmentation & sub-segmentation of the market by Technology, Materials, Application industry and Geography.
The report deals with all the driving factors, restraints, and opportunities with respect to the 3D printing and Additive Manufacturing market, which are helpful in identifying trends and key success factors for the industry. Lastly, the current market landscape is covered with detailed competitive landscape and company profiles of all key players across the ecosystem. The report also formulates the entire value chain of the market, along with industry trends of 3D printing application industries and materials used with emphasis on market timelines & technology roadmaps, and market & product life cycle analysis.
Lastly, the 3D printing and Additive Manufacturing market is segmented by geography across North America, South & Central America, Europe, Asia-Pacific and ROW (Rest of the World) and further sub-segmented by countries. Country specific market is estimated and the growth opportunities are identified.
Introducing XSTRAND™ 3D, a new product range of reinforced filaments for 3D printing developed by Owens Corning, a world leader in composite solutions.
Designed for functional prototyping and demanding industrial applications. Main benefits versus existing material (ABS) include higher mechanical, temperature and chemical resistance. Easy to print with Owens Corning recommended bed. Available in 1.75 and 2.85mm diameters.
Contact: 3dprinting@owenscorning.com for more information.
EIGA and VIGA: Metal Powder Inert Gas Atomization Equipment
ALD provides solutions for soldering and brazing alloys for the electronics industry, nickel, cobalt and iron-base superalloys for the aircraft industry, hydrogen storage and magnetic alloys, up to reactive alloys such as titanium for the sputter target production.
Metal Additive Manufacturing - Basics Zero to One - June 2018bMatthew Burris
A brief on metal additive manufacturing. Covering the hype, realities, industry growth, where companies have found value with metal additive manufacturing, the value levers of metal additive manufacturing with case studies, and considerations of adopting metal additive manufacturing.
Virtual materials testing: come funziona e i benefici sulla produzioneCompositi
Webinar 29 settembre 2020
Connettendo il mondo reale con il virtuale, il processo di sviluppo di virtual materials testing permette di accelerare i tempi e ridurre i costi della filiera.
150610 Exploring the supply chain opportunities of additive manufacturing in ...SINTAS
150610 Exploring the supply chain opportunities of additive manufacturing in aviation’s spare part industry (Gereon Deppe)
RapidTech meeting 10-06-2015
Tips for Additive Manufacturing in MetalDesign World
With simple changes such as automated transfers and print run layout, an additive manufacturing production process can be optimized to maximize output. Hear how ExOne takes “3D printing” into the realm of manufacturing production. Tom Pasterik, Manager of Application Engineering for The ExOne Company, will discuss what it takes to shift from 3D printing/prototyping to additive manufacturing production, using an example of a traditionally manufactured control arm from a domestic super car and making it using additive manufacturing processes.
Learn how to shift from 3D printing/prototyping to additive manufacturing
Understand the pros and cons of additive manufacturing
Tips on finding the right internal structures for your designs
Learn about the various direct metal printing processes
3D Printing Market - MATERIAL (ABS, PLA, Photopolymer, Ceramics etc.), TECHNO...Akash Singh
The report presents a detailed market analysis of 3D printing and Additive Manufacturing by incorporating complete pricing and cost analysis of components & products, product benchmarking, Porter’s analysis and PEST (Political, Economic, Social & Technological factor) analysis of the market. Market Classification encompasses segmentation & sub-segmentation of the market by Technology, Materials, Application industry and Geography.
The report deals with all the driving factors, restraints, and opportunities with respect to the 3D printing and Additive Manufacturing market, which are helpful in identifying trends and key success factors for the industry. Lastly, the current market landscape is covered with detailed competitive landscape and company profiles of all key players across the ecosystem. The report also formulates the entire value chain of the market, along with industry trends of 3D printing application industries and materials used with emphasis on market timelines & technology roadmaps, and market & product life cycle analysis.
Lastly, the 3D printing and Additive Manufacturing market is segmented by geography across North America, South & Central America, Europe, Asia-Pacific and ROW (Rest of the World) and further sub-segmented by countries. Country specific market is estimated and the growth opportunities are identified.
Introducing XSTRAND™ 3D, a new product range of reinforced filaments for 3D printing developed by Owens Corning, a world leader in composite solutions.
Designed for functional prototyping and demanding industrial applications. Main benefits versus existing material (ABS) include higher mechanical, temperature and chemical resistance. Easy to print with Owens Corning recommended bed. Available in 1.75 and 2.85mm diameters.
Contact: 3dprinting@owenscorning.com for more information.
EIGA and VIGA: Metal Powder Inert Gas Atomization Equipment
ALD provides solutions for soldering and brazing alloys for the electronics industry, nickel, cobalt and iron-base superalloys for the aircraft industry, hydrogen storage and magnetic alloys, up to reactive alloys such as titanium for the sputter target production.
Metal Additive Manufacturing - Basics Zero to One - June 2018bMatthew Burris
A brief on metal additive manufacturing. Covering the hype, realities, industry growth, where companies have found value with metal additive manufacturing, the value levers of metal additive manufacturing with case studies, and considerations of adopting metal additive manufacturing.
Additive manufacturing 3D Printing technologySTAY CURIOUS
Additive manufacturing 3D Printing
3D printing is the process of building an object one thin layer at a time. It is fundamentally additive rather than subtractive in nature. To many, 3D printing is the singular production of often-ornate objects on a desktop printer.
ITMA Materials Technology is a Research and Technology Organization, aiming at providing solutions to industry by means of R&D Projects, Technical Assistances and Technological Services. Check out more info at our website.
3D Printing is projected as the next industrial revolution and it can potentially influence almost every aspect of our daily life in some way. The missing link or bottleneck in computer aided product development is prototyping or product manufacturing. New development in 3D printing such as digital material takes product development to newer heights. Functional 3D products with complex shapes for novel functionality can be manufactured right at your desktop. Self-replicating 3D printing machines can revolutionize the industrial manufacturing from linear to nonlinear growth. For end customers, 3D printing technology enables complex, intricate design and high cost production products, custom made.
This webinar will start with an overview of 3D printing technology. The parametric CAD model design methodology in COMSOL for 3D printing will be given. Material modelling for evaluating various materials such as polymers, composites, metals, ceramics and hybrid materials, suitable for 3D Printing will be detailed. Resistive, laser and inductive heating simulations for effective thermal processing will be highlighted. A wide range of 3D printed products from molecular models to consumer products which are engineered using Multiphysics CAE will be showcased.
training report_of_solid_works_and_autocad(Major Training)abushama99
2 month software training report on Autocadd & solidworks
its major or Minor Training report
#solidworks
#Autocadd
@autocadd
45 days/60 days software training report
shahjahan siddiqui
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Addimadour - centre d’excellence sur les technologies de fabrication additive - 04 07 2017
1.
2. Addimadour : Background and context
May to Sept 2014: Suggested to be founded by the companies, ESTIA begins to analyze the interest for creating a
metallic additive manufacturing platform (Proposals received in Technical Day July 2014)
Oct 2014 to June 2015: Creation of a group of industrials and academics to evaluate the technological interest and
needs related.
July to Dec 2015: Search of funding for the equipment.
Dec 2015 to April 2016: Request for budget and order fulfilment to BeAM society.
May 2016 to March 2017: Launch and start of collaboration projects.
March 2017: Plateform setup and formations.
19 Mai 2017 : Inauguration.
3. Addimadour
Is a service of ESTIA, integrated in Compositadour platform.
Is under the direction of Compositadour and ESTIA for:
o the validation of the RoadMap, the management of priorities and actions, in consequence with the 2017
strategic framework.
o The qualification and creation of new projects.
Relies on:
o Compositadour for the support, ressources and additional needed equipment.
o ESTIA Research for experts knowledge and definition of the projects content.
Leadership:
Francis SEDEILHAN: Director of Compositadour, head of resources and means.
Olivier LARRE: Risponsible of the AM centre, in charge of strategy, promotion and cross-functional animation
Dr. Pierre MICHAUD :Technical Responsible of AM platform.
Addimadour : General Description
4. Platform objectives
Technological transfer to the companies of the area and improvement of their knowledge on MAM.
Knowledge acquisition and creation. Set-up of research programs.
Training for students and professionals of the area to introduce and prepare them to the industry’s
needs in term of AM.
Creation of collaboration networks between the companies and technology centres in the area and
internationally
5. Our technologies
BeAM Magic 2.0, Machine using a Laser
Metal Deposition technology (LMD-P/DED)
The Magic 2.0 has been develloped by
BeAM to manufacture high value AM parts
« from the scratch », to repair and add new
features to large parts using a 5 axes
machine. The powder deposition system, as
an innovative process using continue 3D
printing, allows Addimadour to become a
brand new kind of research centre.
Robot + CMT torch
Cold Metal Transfer is the second
technology of Addimadour. It allows to
manufacture large (several meters) rough
parts with high deposition speed and
reducing residual stress.
Robot + Laser effector
This technology is currently develloped by ESTIA in
the Addimafil project frame, in partnership with
several important industrial groups.
6. Organisation and services
R&D Collaboration (Expertise, process development, parts qualification)
o Studies and qualification of recharging for maintenance of flying parts (LMD-P, CMT)
o Studies and qualification of function addition.
o Studies, manufacturing and qualification of new large parts.
o Studies and qualification of multi-materials parts (metal/composites) or new materials.
o Robotic developments applied to additive manufacturing processes.
o Simulation of processes
o Design to Manufacturing
Conventions for industrials
o Faiseability study
o Pre-industrialisation
Training
o Expertise modules
o Applied practices to engineering students
o Training for industrials
7. LMD–P
Machine BeAM MAGIC 2.0
CLAD® Process - LASER 2kW
o 10Vx nozzle: weld bead width= 0,8mm; layer height= 0,25mm
o 24Vx nozzle: weld bead width= 1,8mm ; layer height= 0,45mm
Manufacturing Dimensions:
o 1200x800x800 mm using 5 axes
o 800x800x1400 mm using 3 axes
Materials : Steel, Nickel based alloys, Titanium…
Inerted volume with Ar allowing to manufacture titanium parts (<50ppm O2, H2O)
R&D : material gradient, simulation of the process, massive parts
Applications: function adding/ recharge surfaces / repair / Fabrication
LASER Metal Deposition - Powder
8. WAAM - CMT
CMT Frönius torch mounted on a Kuka KR100HA robot.
Materials: all weldable materials
o Inerting system currenting in development for titanium parts
R&D :
o Robotic development and control systems
o Deposition strategies and distortion limitation
o Tests over different types of materials
Instrumentation and Simulation
o From input data to the simulation of the process
o Distortions
o Thermal applications
Wire Arc Additive Manufacturing – Cold Metal Transfer
300 mm
110mm
AlSi5 (Ф1,2mm)
12. Les ambitions de la plateforme
Un partenariat stratégique
L’ESTIA et sa plateforme ADDIMADOUR ainsi que ses partenaires industriels entendent bâtir un projet ambitieux issu de
l’innovation technologique de rupture. L’objectif du projet est multiple et il constitue en :
• Faire d’Addimadour un centre d’excellence sur les technologies de fabrication additive lui permettant de rayonner
au niveau régional, national et international autour de trois thématiques :
• la recherche et le développement,
• le transfert de technologie et les projets « d’ingénierie »,
• la formation,
• Faire monter en compétences les industriels locaux sur ces technologies et, au delà, sur l’usine du futur
Pour cela le projet a pour volonté de s’appuyer sur une démarche collaborative d’un partenariat public/privé en y intégrant
des donneurs d’ordres, des partenaires de rang 1 ainsi qu’en y fédérant une supply chain globale
13. Les ambitions de la plateforme
Le but industriel est d’adresser les points suivants :
• Accompagner le déploiement des technologies de fabrication additive dans l’industrie aéronautique et autres
• Industrialiser et automatiser les technologies
• Créer d’une filière complète dynamique et avant gardiste (matériaux, machines, logiciels, conception, production,
post traitements, contrôles, essais, formation,..)
• Mettre sur le marché des produits, pièces élémentaires et sous ensembles innovants et compétitifs
La plateforme est ouverte à l'accueil d'équipements
complémentaires, entreprises, projet de R&D et tiers
14. Les ambitions de la plateforme
Donneurs d’Ordres
TiersOne
Supply
Metallicadour
Laboratoires, Académiques
La filière
15. Exemple partenariat : LAUAK
Investissement LAUAK sur machine Concept Laser Cusing M2
Installation de la machine sur plateforme Addimadour
LAUAK utilise la machine pour ses besoins de R&D, et dispose d’un accès privilégiés aux experts
de la plateforme, logiciels de simulation, laboratoire de métallographie et autres technologies de
fabrication additive
Les autres partenaires peuvent accéder à cette machine au travers d’Addimadour
Addimadour devient une plateforme unique en France regroupant l’ensemble des technologies
de fabrication additive métal sur un même site
- Lit de poudre
- Dépôt de fil (métal et polymère)
- Dépôt de poudre
18. LASER Metal Deposition - Wire
3 years FUI project involving 9 partners and 3,2 M€
ADDIMAFIL
Development of the first french robotized cell dedicated
to Additive Manufacturing of metal large parts, using an
innovative wire + LASER process ensuring good
metallurgical properties.
Intervention of ESTIA :
1. State of the art
2. Modeling, programming and simulation
3. Implementation of the process
Also managing 2 thesis related to the project.
19. Hybrid INDustrial CONstruction through a 3D printing “all-in-one” machine fo
scale advanced manufacturing and building processes
ESTIA is involved in several steps of the project:
• Analysis of the proscess (behaviour of the
material, application rules…)
• Hardware and software development for the
material removing system (bearing
structure, sanding, drilling, milling) and the
instrumentation.
• Development and incorporation of the
CAD/CAM software for the programmation
of the entire system.
• Study of the consolidation of concrete
structures by adding carbon fiber
composites.
HINDCON EU – FUNDED BY THE EUROPEAN COMMISSION GRANT AGREEMENT: 723611
Additive and subtractive robotized
manufacturing of large concrete parts.
HINDCON
20. Creating a platform for the diffusion and the technological transfer of the Metal
Additive Manufacturing.
Universities
Technological Centers
Companies of the aerospatial areo in SUDOE
http://www.addispace.eu
Project funded by the « Fond Européen de Développement Régional » (FEDER)
in the Interreg Sudoe program.
ADDISPACE
22. Pilote 1 : SLMilling
Handling all the value chain of SLM manufacturing +
Finishing operations.
Showing the maturity and the performances of a
combination between SLM and Milling.
Pilote 2 : Big LMD/P
Handling all the value chain of LMD-P (Steel or Nickel
based alloys)
Conception / Topological Optimization
Simulation
Manufacturing / Testing
Integrate an economic study
Pilote 3 : Large structure parts by Wire
Manufacturing with a robotic cell of
Large parts >500mm).
Hybrid manufacturing Wire / Powder
Pilote 4 : SLM Opti-Lattice
Combining Topological Optimization with Lattice
Structures
Demonstrate the possibility in SLM of combining Lattice
structures with massive zones.
ADDISPACE - 4 study pilots
23. ADDISPACE - 7 modules of training
TRAININGTRAINING
HigherHigher
CONTINUOUSCONTINUOUS
PROFESSIONALPROFESSIONAL
4 modules organised by ADDISPACE
consortium :
- Intended for the personnel of
companies, industrialists, etc.
1 module ESTIA / IPLEIRIA
- 20 Engineering students/
University
- 15 days
2 modules organised by
DON BOSCO / AFPI Bayonne
/ CENTIMFE :
- Metallic constructions
- Industrial mécatronic
24. AM components for
aeronautical and
autompotive
applications
Components
redesign and
optimization
Process
simulation
Components
manufacturing
Testing,
caracterization
and
comparation
Plus d’informations sur : http://www.transfron3d.eu
TRANSFRON 3D
25. Contact
ADDIMADOUR - Parc Technocité , Avenue du 8 mai 1945, 64100 Bayonne
www.compositadour.estia.fr
Olivier Larre
Tél: + 33 6 31 29 31 62 Mail: o.larre@estia.fr
Dr. Pierre Michaud
Tél : +33 5 59 44 28 80 Mail: p.michaud@estia.fr