IAM 3D HUB

Dec 18, 2018Download as pptx, pdf0 likes64 views

The document describes IAM 3D HUB, an international digital innovation hub and competence center in additive manufacturing and 3D printing located in Europe. IAM 3D HUB aims to accelerate the adoption of additive manufacturing technologies among European manufacturing sectors. It provides small and medium enterprises a "one-stop shop" to assess, guide, and address all their additive manufacturing and 3D printing needs, including training, business support, testing, and end-to-end solutions. IAM 3D HUB offers various additive manufacturing technologies, equipment, laboratories, and services to support companies throughout their journey of adopting additive manufacturing.

Our mission is to accelerate
adoption and development of
additive manufacturing
technologies in the European
Union manufacturing sectors.
International Digital Innovation Hub & Competence Center
in Additive Manufacturing and 3D Printing
As a new way to design,
develop and manufacture
products and services.
IAM 3D HUB will provide SMEs a
“One-Stop” Shop to assess,
guide and address all their needs
in AM/3DP.

Industrial Innovation Advisors
Venture Capital Investors
Clusters and Industry Associations
Schools, Colleges, Universities
Start Up Incubators
Public Administrations
Trade Fair Organizations
Software providers
Material providers
AM/3DP Technology Providers
Post processing and validation equipment providers
Certification Laboratories
Research Organizations
Companies / Customers
Technology Players Industry Ecosystem Players

EDUCATION
& TRAINING
Customized AM/3DP
training
BUSINESS &
MENTORING
Access to finance
Detection of business
opportunities for AM
adoption
EXPERIMENTIN
G & TESTING
Identifying proper
AM solution
Benchmarking of
technologies
Analysis of
manufacturing
capacities and cost
estimation
Journey to Additive Manufacturing and 3D Printing adoption
END TO END
SOLUTIONS
Design and Re Design
for AM/3DP
Applications incubator
Floor planning layout

Design and 3D modelling
DfAM tool for topological and geometrical optimization
Modelling and multiphysics simulation
Analysis of meshed models, and build preparation
Software

Equipment
Technology Units Entrusted by Material
Printers
Selective Laser Melting (SLM) 2 Renishaw
S. steel, maraging steel, CrCo,
aluminium, titanium & inconel
Multi Jet Fusion (MJF) 8 HP PA11, PA12 & PA12GB
Stereolithography (SLA) 1 LEITAT Resins
Fused Deposition Modeling (FDM) 3 LEITAT
ABS, PLA, PA, PEEK, PEK, PEI,
others & conductive inks
Post-processing
Sandblasters 6 Abrast & HP
Vibrational Polishing, Dying 2 HP
Graphite Blaster 1 HP
Curing Oven 1 LEITAT

Laboratories
Synthesis and processing of
polymers.
Functional coatings and surface
treatments.
Electrochemical and photonics.
Automation and Robotics.
Electronics.
Biochemical and electrochemical
sensors.
Preparation and characterization of
nanomaterials and nanofibers.
3D Scanning and Reverse Engineering
Physical characterization of materials.
Optical and electronic microscopy.
Chemical analysis.
Metrology.
Reaction to fire.
Ageing:
Climate test, UV radiation test, Xeno
test, corrosion test…

IAM 3D Hub 20192017
PHASE 2
Growth
Barcelona
PHASE 1
Shared labs
Terrassa
PHASE 3
3D Ecosystem/
District
2020+
IAM 3D HUB is the only
Digital Innovation HUB in
Europe specialized in
AM & 3D Printing
Iam3dhub.org @iam3dhub linkedin.com/company/iam3dhub

This document provides an overview of a presentation on 3D printing and additive manufacturing given by Dr. Phil Reeves. The presentation covers the background of 3D printing, the current state of the technology, and the key business drivers for adopting additive manufacturing, including enabling low volume production, increasing geometric complexity and functionality, and product personalization. Case studies are presented on how additive manufacturing has allowed for the economic production of low volume complex parts for applications such as customized car dashboards and diesel fuel pumps.

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Additive manufacturing, also known as 3D printing, is a process of building 3D objects from a digital file by depositing materials in layers. There are several different additive manufacturing technologies, but they all use 3D model data to guide the precise placement of material to build the designed object layer by layer. Some key technologies are powder bed fusion which uses lasers to fuse powdered material, material extrusion which extrudes melted materials through a nozzle, and vat polymerization which cures liquid resins layer by layer using UV light. Additive manufacturing allows for complex geometries to be made and provides advantages over traditional manufacturing methods by reducing waste.

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Additive manufacturing, also known as 3D printing, is a process of building 3D objects from a digital file by depositing materials in layers. There are several additive manufacturing technologies, but they generally involve using computer-aided design (CAD) software to guide the deposition of materials either selectively or in layers to build an object from the bottom up. Common techniques include powder bed fusion, which uses lasers to fuse powdered material together, material extrusion which extrudes melted materials through a nozzle, and vat polymerization which cures liquid resin into layers with ultraviolet light. Additive manufacturing allows for the precise creation of complex geometric shapes and is an alternative to traditional manufacturing techniques that remove material through methods like machining.

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This review article summarizes recent trends in additive manufacturing materials and processing issues over the last two decades. It provides an overview of various additive manufacturing material categories including plastics, metals, ceramics, composites and smart materials. The suitability of different materials for additive manufacturing techniques is discussed. Issues related to materials processing and different binding mechanisms are also reviewed. The future outlook of additive manufacturing materials research is focused on addressing remaining challenges.

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1) Additive manufacturing (3D printing) allows for the production of complex, lightweight parts and is increasingly being used in the automotive industry. 2) It provides benefits like faster prototyping, supply chain transformation through on-demand production, and cost savings through lightweight materials. 3) Major automakers like Ford, BMW, Volkswagen, and McLaren are investing in 3D printing and have implemented the technology for prototyping, tools and fixtures, and some production parts.

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Additive manufacturing ramesh rRAMESH R

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The document provides an introduction to additive manufacturing (AM) technology. It defines AM as "a process of joining materials to make objects from 3D model data, usually layer upon layer." The document discusses the history and various applications of AM across industries like automotive, aerospace, and medical. It also outlines advantages like design complexity and customization enabled by AM. Challenges include limitations of materials and size of printable objects. Overall, the document gives a high-level overview of what AM is and its potential impact on various industries.

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1) Additive manufacturing (AM), also known as 3D printing, is a process of building 3D objects by depositing materials layer by layer based on a digital model. 2) AM has various applications across industries and the global AM industry is valued at $8 billion in 2018 and expected to reach $23 billion by 2026. 3) Common AM techniques include fused deposition modeling (FDM), stereolithography (SLA), selective laser sintering (SLS), and polyjet modeling; they differ in the materials and joining processes used to build layers.

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A sneak preview into the India AM Report. We have embarked on producing and compiling the 1st comprehensive India AM Report – Mapping the Growing Additive Manufacturing Industry. The report included current scenario with on ground numbers, insights from industry experts and Future Potential of Additive Manufacturing in India. This report includes insights from 35+ experts from the Indian stakeholder ecosystem including machine manufacturers, research institutes, service bureaus and end users. The report has been validated from various checkpoints including primary research, secondary research, import data, OEMs and industry experts.

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additivemanufacturingppt-161015184713.pptxAdharchandsaha

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ADDITIVA_Intro_ENG_20170102Fabio Baiocchi

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Additive manufacturing offers the potential to overcome the limitations of traditional manufacturing techniques and reduce material waste and costs. For years, industries have used AM for rapid prototyping, but material supply, machine capabilities, standardisation concerns and risky business cases have hindered the integration of the technology into mass production manufacturing processes. However across industry sectors as diverse as aerospace, automotive, medical, construction and apparel, industry is beginning to successfully integrate 3D printing and additive manufacturing, benefiting from significant cost reductions and enabling the development of innovative new products for customers. title The 2nd annual 3D Printing & Additive Manufacturing: Production Application Initiative 2014 builds upon the success of the inaugural London event to provide the very latest successful case studies and analysis of the remaining challenges. At this unique congress, with an agenda forged by the hottest experts in the industry, you will hear how major manufacturers have introduced innovative design methodologies, created robust material supply chains and leveraged the latest machines to revolutionise manufacturing.

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The document provides an overview of additive manufacturing (AM) technologies, with a focus on 3D printing. It discusses how AM techniques like laser powder bed fusion and binder jetting can 3D print parts in metals and ceramics. AM offers benefits over conventional manufacturing like reduced waste and complexity of designs. The document also examines applications of AM in industries like aerospace, medical, and electronics, providing examples of 3D printed engine parts, implants, and circuits.

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IAM 3D HUB

2. Our mission is to accelerate adoption and development of additive manufacturing technologies in the European Union manufacturing sectors. International Digital Innovation Hub & Competence Center in Additive Manufacturing and 3D Printing As a new way to design, develop and manufacture products and services. IAM 3D HUB will provide SMEs a “One-Stop” Shop to assess, guide and address all their needs in AM/3DP.

3. Industrial Innovation Advisors Venture Capital Investors Clusters and Industry Associations Schools, Colleges, Universities Start Up Incubators Public Administrations Trade Fair Organizations Software providers Material providers AM/3DP Technology Providers Post processing and validation equipment providers Certification Laboratories Research Organizations Companies / Customers Technology Players Industry Ecosystem Players

4. EDUCATION & TRAINING Customized AM/3DP training BUSINESS & MENTORING Access to finance Detection of business opportunities for AM adoption EXPERIMENTIN G & TESTING Identifying proper AM solution Benchmarking of technologies Analysis of manufacturing capacities and cost estimation Journey to Additive Manufacturing and 3D Printing adoption END TO END SOLUTIONS Design and Re Design for AM/3DP Applications incubator Floor planning layout

5. Design and 3D modelling DfAM tool for topological and geometrical optimization Modelling and multiphysics simulation Analysis of meshed models, and build preparation Software

6. Equipment Technology Units Entrusted by Material Printers Selective Laser Melting (SLM) 2 Renishaw S. steel, maraging steel, CrCo, aluminium, titanium & inconel Multi Jet Fusion (MJF) 8 HP PA11, PA12 & PA12GB Stereolithography (SLA) 1 LEITAT Resins Fused Deposition Modeling (FDM) 3 LEITAT ABS, PLA, PA, PEEK, PEK, PEI, others & conductive inks Post-processing Sandblasters 6 Abrast & HP Vibrational Polishing, Dying 2 HP Graphite Blaster 1 HP Curing Oven 1 LEITAT

7. Laboratories Synthesis and processing of polymers. Functional coatings and surface treatments. Electrochemical and photonics. Automation and Robotics. Electronics. Biochemical and electrochemical sensors. Preparation and characterization of nanomaterials and nanofibers. 3D Scanning and Reverse Engineering Physical characterization of materials. Optical and electronic microscopy. Chemical analysis. Metrology. Reaction to fire. Ageing: Climate test, UV radiation test, Xeno test, corrosion test…

8. IAM 3D Hub 20192017 PHASE 2 Growth Barcelona PHASE 1 Shared labs Terrassa PHASE 3 3D Ecosystem/ District 2020+ IAM 3D HUB is the only Digital Innovation HUB in Europe specialized in AM & 3D Printing Iam3dhub.org @iam3dhub linkedin.com/company/iam3dhub

9. Our mission is to accelerate adoption and development of additive manufacturing technologies in the European Union manufacturing sectors. International Digital Innovation Hub & Competence Center in Additive Manufacturing and 3D Printing As a new way to design, develop and manufacture products and services. IAM 3D HUB will provide SMEs a “One-Stop” Shop to assess, guide and address all their needs in AM/3DP.

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IAM 3D HUB

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