3D Printing/ Additive Manufacturing

3D printing, also known as additive manufacturing, is a process of creating three-dimensional objects by layering materials based on a digital design. It enables the production of complex and customized objects with various materials, ranging from plastics to metals, by depositing successive layers of material until the desired object is formed. Besides its technical advantages, additive manufacturing also shortens complex production processes, enables distributed manufacturing and is more sustainable than traditional manufacturing.

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3D Printing Opens up New Manufacturing Options for Elite Mold & Engineering3D Printing Opens up New Manufacturing Options for Elite Mold & Engineering
The Basics & Methods of FixturingThe Basics & Methods of Fixturing
New Tools for Customizing Fiber Layout Deliver Cost-Efficient StrengthNew Tools for Customizing Fiber Layout Deliver Cost-Efficient Strength
Enlightening the Future: Navigating Lights Out Manufacturing with 3D PrintingEnlightening the Future: Navigating Lights Out Manufacturing with 3D Printing
Giving The Gift of Additive Manufacturing This Holiday SeasonGiving The Gift of Additive Manufacturing This Holiday Season
How Open-source 3D Printing Unlocks New and Beneficial OpportunitiesHow Open-source 3D Printing Unlocks New and Beneficial Opportunities
Eastern Michigan University Industry/Academia Partnership Pilot Project Connects Students to Leading AM TechnologyEastern Michigan University Industry/Academia Partnership Pilot Project Connects Students to Leading AM Technology
Unlocking Efficiency: End-of-Arm Tooling (EOAT) and 3D Printing in Industrial AutomationUnlocking Efficiency: End-of-Arm Tooling (EOAT) and 3D Printing in Industrial Automation
How To Save Energy When Using FDM TechnologyHow To Save Energy When Using FDM Technology
Using Co-Part Assemblies and Continuous Fibers to Print Stronger PartsUsing Co-Part Assemblies and Continuous Fibers to Print Stronger Parts
Additively Manufactured Houses Featured on 60 MinutesAdditively Manufactured Houses Featured on 60 Minutes
Solving Automotive Industry Problems with 3D PrintingSolving Automotive Industry Problems with 3D Printing
 Five Ways The Blockchain Can Change 3D Printing Five Ways The Blockchain Can Change 3D Printing
What’s Taking Shape With Additive Manufacturing and Robotics?What’s Taking Shape With Additive Manufacturing and Robotics?
Binder Jetting Reduces Carbon Emissions by 38% According to AMGTA Life-Cycle AssessmentBinder Jetting Reduces Carbon Emissions by 38% According to AMGTA Life-Cycle Assessment
Harnessing the Power of Additive Manufacturing: A Call for Increased Investment to Tackle Supply Chain ChallengesHarnessing the Power of Additive Manufacturing: A Call for Increased Investment to Tackle Supply Chain Challenges
How Chopped Carbon Fiber Affects 3D Printed Part Strength and StiffnessHow Chopped Carbon Fiber Affects 3D Printed Part Strength and Stiffness
Meltio Earns Advanced Manufacturing and Materials Award from U.S. Army Meltio Earns Advanced Manufacturing and Materials Award from U.S. Army
How 3D Printing Enables Distributed ManufacturingHow 3D Printing Enables Distributed Manufacturing
Stratasys Global Director of Transportation Fadi Abro on Additive Manufacturing and Integr8 2023Stratasys Global Director of Transportation Fadi Abro on Additive Manufacturing and Integr8 2023
Additive Manufacturing Reduces Complexity in Aerospace and DefenseAdditive Manufacturing Reduces Complexity in Aerospace and Defense
A Beginner's Guide to Polymers in Additive ManufacturingA Beginner's Guide to Polymers in Additive Manufacturing
How AM Can Help Mitigate Supply Chain InsecuritiesHow AM Can Help Mitigate Supply Chain Insecurities
Oakland County Awards $15 Million for Phase 2 of Project DIAMOnD – the World's Largest 3D Printing NetworkOakland County Awards $15 Million for Phase 2 of Project DIAMOnD – the World's Largest 3D Printing Network
Embracing Zero Work In Progress: How Additive Manufacturing Transforms Your Business Embracing Zero Work In Progress: How Additive Manufacturing Transforms Your Business
On Demand Manufacturing: What It Is and How To Use It On Demand Manufacturing: What It Is and How To Use It
How Additive Manufacturing Is Changing Aerospace ProductionHow Additive Manufacturing Is Changing Aerospace Production
How Artificial Intelligence Can Partner With Additive ManufacturingHow Artificial Intelligence Can Partner With Additive Manufacturing
Metal X Spotlight: A Competitive Advantage for Electric Vehicle Busbar PrototypesMetal X Spotlight: A Competitive Advantage for Electric Vehicle Busbar Prototypes
A Crash Course on Design For Additive Manufacturing (DFAM) A Crash Course on Design For Additive Manufacturing (DFAM)
Printing People PartsPrinting People Parts
Qualified 3D: Making Additive Manufacturing Accessible to Manufacturers of All LevelsQualified 3D: Making Additive Manufacturing Accessible to Manufacturers of All Levels
World’s First Large-scale 3D Printed Rocket Launches Into AtmosphereWorld’s First Large-scale 3D Printed Rocket Launches Into Atmosphere
How Project DIAMOnD Member Metalmite Deploys Additive Manufacturing and CNC Machining in UnisonHow Project DIAMOnD Member Metalmite Deploys Additive Manufacturing and CNC Machining in Unison
The Best of Both Worlds The Best of Both Worlds
Castor Publishes Sustainability in Additive Manufacturing Trends ReportCastor Publishes Sustainability in Additive Manufacturing Trends Report
From The Space Station to The Operating Room: Micro-3D Printing Makes Use of Its Mighty MicronsFrom The Space Station to The Operating Room: Micro-3D Printing Makes Use of Its Mighty Microns
How Simulation Can Provide Confidence in AdditiveHow Simulation Can Provide Confidence in Additive
Purdue Researchers Add Fourth Dimension to 3D Printing Purdue Researchers Add Fourth Dimension to 3D Printing
How AM Helps Northrop Grumman Build The New B-21 RaiderHow AM Helps Northrop Grumman Build The New B-21 Raider
One of The Largest Ever Metal 3D Printed Aerospace Parts UnveiledOne of The Largest Ever Metal 3D Printed Aerospace Parts Unveiled
Additive Manufacturing: Do Engineers in the Field Need Training? Additive Manufacturing: Do Engineers in the Field Need Training?
Prefix turns to Stratasys for speed and efficiency with the F770Prefix turns to Stratasys for speed and efficiency with the F770
Conversation with...Dustless Technologies, Advice for ManufacturersConversation with...Dustless Technologies, Advice for Manufacturers
United Technical Explains How Non-destructive Testing Applies to Additive ManufacturingUnited Technical Explains How Non-destructive Testing Applies to Additive Manufacturing
Top 5 Key Considerations for an Additive Manufacturing TransformationTop 5 Key Considerations for an Additive Manufacturing Transformation
Tackling The Quality Conundrum In Additive ManufacturingTackling The Quality Conundrum In Additive Manufacturing
Additive Manufacturing Material Innovations Additive Manufacturing Material Innovations
Additive Manufacturing in the Digital EraAdditive Manufacturing in the Digital Era
How Additive Manufacturing Can Help, not Hinder, Injection Moldability of New DesignsHow Additive Manufacturing Can Help, not Hinder, Injection Moldability of New Designs
Technology in Industry Report Chapter 2 on Additive Manufacturing Now AvailableTechnology in Industry Report Chapter 2 on Additive Manufacturing Now Available
Six trends to consider for additive manufacturingSix trends to consider for additive manufacturing
How Important Is Additive Manufacturing Security?How Important Is Additive Manufacturing Security?
How Can Metal Additive Manufacturing Overcome Obstacles for the Creation of Core Parts?How Can Metal Additive Manufacturing Overcome Obstacles for the Creation of Core Parts?
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