3D printing using a metal paste. “This lets you get elaborate, complex internal structures,” says Editor-in-Chief Peter Zelinski. Rapidia's technology uses water to bind the metal powder rather than polymer. Most of the water evaporates away during printing, and the 3D printed parts can be placed directly into the sintering furnace without ...

Additive manufacturing, or ‘AM’, is also known as 3D printing. Lockheed Martin is collaborating with Sintavia to expand research of metal additive manufacturing. AM has the capability to improve efficiencies in existing castings and forgings supply chains, and provide parts with a higher level of detail and greater design opportunities ...

To find out more please visit the project website:http://www.merlin-project.eu/ or go to TWI's website: http://www.twi-global.com/news-events/case-studies/revolutionary-development-cuts-manufacturing-times-using-laser-metal-deposition-583/ A 5 axis laser metal deposition manufacturing method is being developed by TWI for an EU-funded project ...

Directed Energy Deposition or DED is a category of additive manufacturing processes that use a coaxial feed of metal material of powder or wire. These materials are led to an energy source (usually consisting of a laser) to create a melt pool on a base substrate. DED usually uses a nozzle head on a dedicated CNC machine to deposit and melt the ...

Engineering.com speaks with industry experts from GE Additive, Sintavia, Markforged, Velo3D, and Launcher about what's possible and what's next in the 3D metal printing space. Craving more technical details on some the topics discussed in the video? Check out these articles: The Importance of Closed-Loop Control in Directed Energy Deposition ...

Yes, you actually can produce metal parts, using extrusion on a Desktop Metal 3D printer. Leslie Langnau spoke with Jonah Myerberg, CTO and Co-founder of Desktop Metal to learn more about how these systems work.

DMG MORI underlines its position as a market leader, being the first company to offer a full range of Additive Manufacturing machines by adding the new LASERTEC 30 SLM powder bed machine, to join the existing hybrid deposition welding machines. For more Information go to https://www.dmgmori.com

To learn more about the Desktop Metal Studio System, an office friendly metal 3D printer, visit https://goo.gl/xpq7fp If you are looking to get parts manufactured with 3D printing, click here for an instant quote https://goo.gl/t6rc3V To request a quote on our metal 3D printers, visit https://goo.gl/1AbpBk The Studio 3D printer from Desktop ...

with Olaf Diegel, Wohlers Associates/Lund University Speech from Initiative Seminar "Frontiers of Additive Manufacturing

What is Metal Additive Manufacturing? This introductory video covers the basics of metal AM (3D printing), a few of the many types of metal AM, how the metal powders are made, and a few of the types of metal powders currently in use. To learn more about metal additive manufacturing visit PickPM.com.

New manufacturing technologies are being developed at an increasing rate. Join Okuma America's product specialist, David Fischer, as he provides insight to the industry of metal additive manufacturing combined with CNC machining.

3D printing is a process which allows for the creation of complex objects not possible with traditional manufacturing techniques. Most 3D printing techniques are based on plastics however metal additive manufacturing has been growing in popularity due to the high strength components they make. Selective laser melting is the most common form of ...

Achieving speedy rough cutting of metal additive manufacturing examples (nickel-based alloys) https://www.ntkcuttingtools.com/jp-en/products/hrsa/am

One-Click-Metal is an additive manufacturing startup which aims to sell a metal 3D printer for less than 50.000 EUR. The machine is integrated into the additive manufacturing environment of Fusion 360 - and was also designed 100% in Fusion 360! Learn more about One-Click-Metal here: https://oneclickmetal.com/ FREE TRIAL | https://autode.sk ...

Metal Additive Manufacturing (AM) enables engineers to create parts that are not possible with traditional manufacturing techniques. As we watch AM progress from technology hype, one thing becomes very clear: software will be integral to the success of the technology. Simulation tools that allow AM engineers to build parts “first time right ...

Did you know that our 3D scanners are increasingly being used by companies that have adopted additive manufacturing technologies, such as 3D printers, to produce high-quality parts? We recently spoke to one of our clients, Lincoln Electric Additive Solutions, on how they work with our HandySCAN 3D scanner and #MetraSCAN optical CMM to inspect ...

In a series of videos, Marc Saunders, Renishaw Additive Manufacturing Solutions Centres Director, will discuss key factors that drive the success rate and productivity of metal additive manufacturing builds and some of the critical guidelines that designers should follow to create production components efficiently. This video features key tips ...

3D Systems metal additive manufacturing and stainless steel materials enable first-of-its-kind luxury faucet for KALLISTA, which was made available commercially during 2018. 🔷 Read the full story here: https://bit.ly/3C1Dhug 🔷 Learn more about Metal Printers: https://bit.ly/380yNXr 🔷 Learn more 3DXpert Software: https://bit.ly/3mq6NoJ ...

Metal Additive Manufacturing (AM) defines a group of technologies used to build 3D fully functioning parts layer by layer from a CAD model; often within a few hours. The geometric design freedoms that can be obtained using metal AM make it a very exciting technology for the future of manufacturing. This film explains how the University of ...

The Metal X makes metal 3D printing simpler than it ever was before. Learn how you can go from design to functional 3D printed metal parts quickly, easily, and more affordably than ever before. The Markforged Metal X additive manufacturing process combines metal injection molding (MIM) and fused filament fabrication (FFF) technologies together ...

Sometimes, adding more material during 3D printing allows the overall manufacturing process to be performed more efficiently. That’s the case at Keselowski Advanced Manufacturing (KAM), where parts made through laser powder bed fusion additive manufacturing are designed to aid the success of critical machining operations that come later in ...

In a series of videos, Marc Saunders, Renishaw Additive Manufacturing Solutions Centres Director, will discuss key factors that drive the success rate and productivity of metal additive manufacturing builds and some of the critical guidelines that designers should follow to create production components efficiently. This video features key tips ...

Presented by Ric Fulop

When it comes to Additive Manufacturing (AM) GKN is your one-stop solution provider, offering a unique powder to part value chain.You want to learn more about fascinating technology and understand how we can help you? That’s why we recorded the following video for you. We hope that it answers your questions and will spark your interest in ...

How to use Metal Additive Manufacturing in Die and Mold Industry Agenda: 01: Voxeldance 13mins 02: Siemens 10mins 03: HBD 10mins 04: PLAS-E 15mins 05: VMP 10 mins 06: Q&A 1. Voxeldance Topic: Voxeldance Additive in Tooling Speaker: Mr. Yinwei Ou Mainpoint: An introduction of the key steps in data preparation required in tooling by 3D printing ...

The voestalpine Additive Manufacturing Center in Düsseldorf, an additive manufacturing center of excellence, started operations in April 2016. The additive manufacturing process produces parts by adding materials, such as metal powder, layer by layer. This is made possible using digital 3D construction data. During the laser sintering process ...

Talking to @6k206 at @Formnext was AMAZING. Low oxygen titanium powder for additive manufacturing, 100% recycled stainless steel, HOW COOL! Visit 6K https://www.6kinc.com SUPPORT! 😍 ETSY! https://www.etsy.com/shop/3DPrintingNerd MERCH! https://the3dprintingnerd.com/merch Patreon https://3d.pn/patreon FloatPlane https://www.floatplane.com ...

Mark Laesch presents "The Future of Metal Additive Manufacturing Is Here, and It's Huge" at the 2022 Additive Manufacturing Conference in Chicago, Illinois. Learn about our proprietary wire arc additive manufacturing technology and its applications and benefits.

Meld Manufacturing offers a solid-state metal additive manufacturing process – no melting is involved. Metal parts are 3D printed in the open air using a process based on friction stir welding. This video shows a Meld AM machine tool that 3D prints by rotating, compressing and deforming metal barstock. Learn more about Meld’s development ...

VELO3D delivers capabilities that can change your business. Our technology allows designers to build SupportFree including overhangs to below 10 degrees . You don’t need to worry about support access or design limitations. By eliminating internal supports, manufacturers are able to print parts that would typically be considered impossible ...

Metal AM requires special design considerations to successfully build parts. It is more challenging to "metal 3D print" a part than most people think. This video shares some of the features that create problems or failures in designs for the Selective Laser Melting process. Music by Gramatik

MELD Manufacturing has pioneered an innovative solid-state metal additive process that can print with any metal. The MELD process, along with the company’s production equipment, has proven critical in many applications, including the world’s largest metal 3D printer. MELD makes this possible because its unique additive process does not melt ...

Advancement of Metal Additive Manufacturing Techniques and Materials for Rocket Propulsion Applications Paul Gradl, Sr. Propulsion Engineer of NASA Marshall Space Flight Center (MSFC) Mr. Paul Gradl is a Senior Propulsion Engineer at NASA Marshall Space Flight Center in the Propulsion Division, Engine Components Development and Technology ...

Supports or anchors can account for a significant share of both the engineering investment and material use in metal additive manufacturing. Michael Hansen of SLM Solutions discusses the role and importance of support structures. ---------------------------- Additive Manufacturing magazine began in 2012 as a supplement to Modern Machine Shop ...

Learn more about Xerox 3D printing: https://xerox.bz/3fF9RIX When it comes to integrating metal additive manufacturing into their workflows, manufactures don’t have it easy. Make complicated installations and cumbersome protective equipment a thing of the past with the Xerox® ElemX™ 3D Printer

SLM®500 powder bed fusion machine features the highest productivity and closed-loop powder handling for multi-laser selective laser melting processes.

One advantage of metal additive manufacturing via directed energy deposition (DED) is the chance to print overhang features, even extreme ones, without the need for support structures. Using DED in conjunction with five-axis motion allows the part to be positioned so that gravity aids the 3D printing of a particular feature. That was the case ...

00:00:00 Introduction 00:01:43 Metal additive manufacturing and its uniqueness and opportunities 00:06:01 Control of structure, properties, and defects 00:08:17 Why we need digital tools? 00:12:41 What is a mechanistic model? 00:23:24 Control of grain structure 00:29:18 Control of properties 00:36:51 Control of lack of fusion voids 00:44:09 ...

Electron beam melting (EBM) is the powder bed fusion metal 3D printing process that uses an electron beam as the energy source. Compared to laser powder bed fusion, EBM is a higher-energy method of additive manufacturing offering the chance for both greater productivity and greater control over the effects of thermal stresses during 3D printing ...

Metal additive manufacturing is a fast-growing market. As such, companies operating in this field require reliable, repeatable and accurate quality control technologies to meet the challenges that come with such rapid business growth, to ensure that each 3D-printed part is consistent and adheres to both the original design intent and expected ...

At Aalberts Surface Technologies-Accurate Brazing’s Greenville, South Carolina, facility, the company is establishing HIP services almost entirely dedicated to serving additive manufacturers. To demonstrate the process’s ability to close pores — even large ones — Aalberts uses the sample parts shown in the video above. Each piece began ...

Rapidia 3D metal printing

Metal Additive Manufacturing (MAM) is delivering a new revolution in producing three-dimensional parts from metal-based material. MAM can fabricate metallic parts with complex geometry. However, this type of Additive Manufacturing (AM) is also impacted by several issues, challenges, and defects, which influence product quality and process ...

Gefertec is a German additive manufacturing firm which unveiled a new machine which builds fully dense metal parts by layering beads of fused metal not unlike MIG welding. The parts can be finished using conventional machining to achieve a desired surface, holes, and tolerances. * * * ENGINEERING.COM TV: Watch in-depth engineering videos made ...

Have you ever wondered how metal 3D printing works 🤔 and whether there are differences to other AM-technologies? In this video we show you the process step by step of direct metal additive manufacturing aka metal 3D printing with the LPBF-technology (Laser Powder Bed Fusion) with One Click Metal. SOCIAL MEDIA Website: https://www.tritech3d ...

Metal additive manufacturing process simulation of large, complex, double wall combustor in IN-718. This simulation can be handled well by Simufact Additive.

When robots perform deposition-style 3D printing, adding more robots offers the chance to build large parts faster. The Medusa system developed at Oak Ridge National Laboratory’s Manufacturing Demonstration Facility combines three robots performing directed energy deposition (DED) metal additive manufacturing via Lincoln Electric Additive ...

The FT's global business columnist Rana Foroohar explores how new additive manufacturing technology can boost innovation and jobs in a de-globalising world, as the pandemic, war in Ukraine, and climate change underline the dangers of relying on fragile global supply chains #3dprinting #madeinusa #additive #usmanufacturing #additivemanufacturing ...

Learn how to predict, validate, and optimize the performance of metal additive parts. Review manufacturing software solutions and capabilities.

3DPX is a 3D printing company making thousands of different parts each year out of plastic and metal. It's called additive manufacturing.

3D Systems' Mark Cook demonstrates the benefits of using metal 3D printing to produce lighter-weight parts with reduced parts counts and increased functionality. 🔷 Want to learn more? Watch the on-demand Webinar - How Metal Additive Manufacturing Delivers New Efficiencies in Lightweight Parts: https://bit.ly/30wOJA8 🔷 Learn about ...

Weitere Informationen: https://www.trumpf.com/de_DE/produkte/maschinen-systeme/3d-drucksysteme/ Mit der hochdynamischen TruLaser Cell 3000 gehen Sie keinerlei Kompromisse ein. Sie Maschine beherrscht neben dem Laserschneiden und –schweißen auch das Laserauftragsschweißen mit Pulver, das sogenannte Laser Metal Deposition (LMD). Die einzelnen ...

During the IMTS trade show, we were able to visit SolidCAM's booth, a new player in metal additive manufacturing but a mainstay in traditional manufacturing. To learn more about their turn to 3D printing, we talked to Dr. Emil Somekh, CEO and Founder, and Anthony Calderone, Head of AM. With them, we heard about how CNC and CAM softwares are ...

The EOS powder handling portfolio offers a wide range of products for conveying and sieving metal powder. The products have different degrees of automation, are suited for small or large powder quantities and can be used flexibly and independently of the respective EOS metal system. ____________________ Subscribe our YOUTUBE-Channel here for ...

Subscribe to our channel for more videos: https://www.youtube.com/channel/UChx5xfuh31g6Hz3g6NfBuAw/?sub_confirmation=1 Who are we? Michelin, a leading premium brand, is dedicated to sustainably improving the mobility of goods and people by manufacturing and marketing tires and services for every type of vehicle, including airplanes, automobiles ...

„Beyond the Hype: Metall 3D Druck in der Serienproduktion mittels Plasma WAAM“ M3DP is dedicated to achieving a high-performance AM-process in terms of deposition rate, build volume and economic issues. Its focus is to print large parts with a relative low degree of complexity. Mechanical postprocessing like milling and lathing is almost ...

Amphyon provides a "first-time-right" additive manufacturing process by integrating new analysis and simulation tools into the process chain of metal additive manufacturing (LBM, SLM, DMLS, Metal 3D Printing). Driven by current requirements and challenges of industrial additive manufacturing, Amphyon significantly reduces pre-processing costs ...

For more info about Electron Beam Additive Manufacturing (formerly known as Electron Beam Direct Manufacturing), visit http://www.sciaky.com/additive-manufacturing/electron-beam-additive-manufacturing-technology. Transcript: Save time and money on the production of large-scale, high-value metal (titanium, tantalum, inconel, stainless steel, etc ...

The past few years have shown us some of the weaknesses in our global supply chain and the domino effect that can occur when they are disrupted. Nearly every industry has recently experienced supply chain challenges of their own, but the biggest concerns are key infrastructure industries like oil and gas, energy, and transportation. Many of the ...

Video Testimonial - Automated additive manufacturing metal powder recovery system helps F1 component manufacturer to double productivity. Laser powder bed fusion technology has been chosen by Progressive Technology and provides significant benefits when producing F1 components such as increasing strength and the R&D time required to produce new ...