Maryland Clinicians Launch Kickstarter Campaign to Raise Money to 3D Print Prostheses and Orthotics

Doctors actually prescribe orthotics or prostheses and then specialists like Tyler Dunham and Tyler Manee enter the process. 3D Design 3D Printing Health 3D Printing 3d printed orthotics 3d printed prosthetic leg 3d printed prosthetics e-nable kickstarter maryland prosthetics Each year, thousands of people lose motor and limb function after loss of a limb. Crafting... View the entire article via our website.

University of Maryland Researchers Use Graphene to 3D Print Micro-Scale Heating Elements

This process is used when. 3D Printing 3D Printing Materials Science & Technology 3d printed heating elements 3D printed micro-scale heaters ACS Nano BingNano Research Group graphene Reduced Graphene Oxide RGO University of Maryland Yonggang YaoIn a laboratory setting, tiny high-temperature heating elements are typically used to initiate controlled chemical reactions in order to produce materials synthesis. View the entire article via our website.

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Maryland, Harford County Celebrate Region’s Selection and Support at NCMS, Army Research Lab AMMP Kickoff

Additive Manufacturing

Aberdeen, MD (10/26/18) — Aberdeen, Maryland, is the hub for a major additive manufacturing (3D printing) initiative, leading to unprecedented speed in parts production, new weapon system design and materials, dramatic cuts in costs and delivery times, and point-of-need part manufacturing.

GE Research $2.5 M project attains 3D printed Ultra Performance Heat Exchanger

3D Printing Industry

Research Advanced Research Projects Agency ARPA-E GE GE Research General Electric heat exchanger High Intensity Thermal Exchange through Materials and Manufacturing Processes HITEMMP Laura Dial Oak Ridge National Laboratory ORNL Peter deBock Ultra Performance Heat Exchanger enabled by Additive Technology UMD University of Maryland UPHEAT

International consortium develops 3D printable alloy for more eco-friendly refrigerators

3D Printing Industry

Stebner ADAPT Alliance for the Development of Additive Processing Technologies ames laboratory CaloriCool Cheikh Cissé Colorado School of Mines Drew Stasak Emrah Simsek Huilong Hou Ichiro Takeuchi Iowa State University Jun Cui Lin Zhou Matthew J.

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3D printing in water for medical use and faster 3D prints

3D Printing Industry

Materials scientist Shlomo Magdassi, Research Amol Ashok Pawar digital light processing DLP Hebrew University of Jerusalem Michal Soreni-Harari nanoparticles Nir Waiskopf photoinitiators photoinititors Sarah Bergbreiter semiconductors Shira Halivni Shlomo Magdassi University of Maryland Uri Banin Yuval Ben-ShaharWhy would you want to 3D print in water? New research into materials shows a novel technique with applications for 3D bioprinting.

Artist Shows Off An Easy Water Marbling Technique for Painting 3D Prints

3D Design 3D Printing Baltimore color colorizing 3D prints Digital Harbor Foundation maryland post processing water marblingWithout question, 3D printing has opened up new vistas for artists and designers. When it comes to color, however, those vistas can be limiting if not monochromatic. While the technology is catching up with... View the entire article via our website.

Aerosint and InfraTrac partner to prevent part counterfeiting in powder bed additive manufacturing

3D Printing Industry

Aerosint, an award-winning SLS 3D printer manufacturer based in Liege, Belgium, and InfraTrac, a Maryland-based developer of defensive chemical signatures, are collaborating to further secure laser powder bed fusion (LPBF) process. Security is increasingly vital as 3D printing scales,” states Aerosint. Thus far, InfraTrac’s patented chemical taggant approach had not been possible in LPBF additive […]. Materials aerosint InfraTrac

AMMP Offers Opportunities to Advance, Refine and Transition Additive Manufacturing (AM) Technologies

Additive Manufacturing

The National Center for Manufacturing Sciences ( NCMS ) recently announced a new program called AMMP ( Advanced Manufacturing, Materials, and Processes ). Feedstocks for AM (FAM): Robust, multi-functional, and/or re-configurable feedstock design, development, and processing.

DigiFabCon to Feature Interactive Digital Fabrication Demos

3D Printer

Bringing 3D Printing, laser cutting and marking, CNC machining and all manner of Digital Fabrication processes to life, DigiFabCon will this year land in Baltimore, MD on November 17, 2014.

NCMS and ARL open AMMP, attain $15m boost for additive manufacturing in defense

3D Printing Industry

National Center for Manufacturing Sciences (NCMS) opens its new Advanced Manufacturing, Materials, and Processes (AMMP) Center and Consortium in Aberdeen, Maryland. Today the U.S. A collaboration between NCMS and the U.S. Army Research Laboratory (ARL), the AMMP Center is a new major additive manufacturing initiative for the U.S. defense industry, funded with $15 million in support […].

Micro 3D Printing Middle Ear Prosthesis with 3D Systems Hi-Rez ProJet

3D Printer

Using a 3D Systems high resolution ProJet 3D Printer, Potomac Photonics in Baltimore, Maryland is able to create tiny parts which are especially beneficial in the medical device market.

System 285

Using 3D Printing for Flow Mapping


At the University of Maryland a group of engineers are working on researching the fluid mechanics behind this process, with the goal of preventing or limiting it for current and future aircraft. Figure 1. Helicopter’s stir up a large dust cloud when landing or hovering.

Could 3D printing help repair damaged nerves?

3D Printing Review

Regenerating nerves is a complex—and usually impossible—process, but a new study published in Advanced Functional Materials shows the potential to heal nerve damage using one of the most versatile inventions of our time: 3D printing.

New NIST Test Bed Makes the ‘Digital Thread’ Accessible

Additive Manufacturing

Because these methods require humans to interpret, translate, re-enter and transmit data at each step in the process, there can be significant expenditures of time and money, as well as multiple opportunities for errors to occur. The digital thread relies on standardized, three-dimensional (3-D) models for electronically exchanging and processing product and manufacturing information all the way from design through inspection of the final part. By NIST News.

The Future of Data Transfer Standards for Additive Manufacturing: Insights from an ISO Meeting in Berlin

Capturing the Value

We reviewed the AFNOR (Association Française de Normalisation) document that outlined existing data exchange standards for Additive Manufacturing consisting of ISO/DIS 17296-4 “Additive Manufacturing – Rapid Technologies Part 4: Data Processing” that covers principal considerations for data exchange and AM data workflow. At what stage of the manufacturing process does it apply and what is the status of the standard being adopted in the industry?

Data 100

The Chrysalis Emerges: Celebrating the Success of a Powerful Collaboration

3D Perspectives

A dedication ceremony for the Chrysalis — part sculpture, part amphitheater, part park pavilion — tucked in the woods of Columbia, Maryland, allowed the community and project stakeholders alike to fully experience the structure’s scale and precision firsthand.

World’s First Middle Ear Transplant Facilitated by 3D Printing Cures Deafness

Stratasys Blog for a 3D World

Hearing loss has long been accepted as part of the aging process. assistant professor of radiology at the University of Maryland School of Medicine (UMSOM) in Baltimore. The process essentially rebuilt the patient’s middle ear ossicles with the help of titanium 3D printing.

How Additive Manufacturing will Change the Way We Think About Design

Stratasys Blog for a 3D World

Conventional manufacturing methods require tooling, machining, or other expensive processes, so most new product ideas might not be easily realized. Highly automated processes and advanced engineered materials offer a safer, leaner, and greener manufacturing infrastructure.

Proposed ASTM International Guide to Create Principles of Design Rules in Additive Manufacturing (3D Printing)

Additive Manufacturing

This standard will serve as a foundation that supports the development of design rules for the growing number of additive manufacturing processes and machines.”. Gaithersburg, Maryland. CONSHOHOCKEN, Pa.,

Graphene to change industrial heating?

3D Printing Industry

Heaters are an essential part of the material synthesis and device processing and they are not the most efficient things. That’s almost 5000 degrees Farenheit, which will open doors in terms of the industrial process.

3D Innovation: The Top Ten Applications in 2016

3D Systems

Whether they accelerated design, streamlined intermediate processes, transformed their products or optimized their business, we have many accomplishments to celebrate in 2016.

The Chrysalis Amphitheater: Transforming AEC Through Collaboration

3D Perspectives

Like its namesake, the Chrysalis Amphitheater in Merriweather Park, Maryland is making a bold transformation. Dashboard created for project stakeholders; Images show a skin test in process.). Transforming the Process.

Ricoh Announces Strategic Business Partnership with Elixirgen Scientific

Additive Manufacturing

Innovative new offerings combine cell differentiation induction and bioprinting technologies to improve efficiency of drug discovery process TOKYO, Japan – June 19, 2019 – Ricoh Company, Ltd.,

A way to make 3D printed parts stronger

Design 2 Part News

Sweeney began working with materials for 3D printing while he was employed at the Army Research Laboratory at the Aberdeen Proving Grounds in Maryland. “I By Bill Bregar, Plastics News.

Prefabrication Productivity for AEC

3D Perspectives

Likewise, Belgium-based Inter IKEA Group, parent company of the IKEA furniture brand, teamed with Marriott International, a hospitality company headquartered in Bethesda, Maryland (USA), to create low-cost prefabricated hotels in Europe. By Vicki Speed.

Medical engineering’s future frontiers

3D Perspectives

Desai, professor of mechanical engineering and specializing in robotics at the University of Maryland, can remove brain tumors while causing minimal damage to healthy tissue. When surgeons try to get to a tumor, in the process you may cause trauma to normal brain tissue,” Dr. Desai says.

When the Spacecraft Goes Silent, Engineers Awake

Design 2 Part News

Yet according to Alice Bowman, New Horizons Mission Operations Manager (MOM) at the Johns Hopkins University Applied Physics Laboratory in Maryland, there wasn’t time for panic. We have a process we follow when we have anomalies. Maryland, We’ve Solved the Problem.

3D Printing, “A roller coaster ride, but now we are cruising”

Cubify 3D Printing Fans & Fun

The school is Visitation Academy in Frederick Maryland. Let me tell you this was not an easy process to find a printer that was Kid friendly, safe, and easy to use. I noticed Tom lived in Maryland so I invited him to the school.

EOS and UNDER ARMOUR Partner to Develop Advanced, Scalable Laser Sintering 3D Printing Technology

Additive Manufacturing

Its product portfolio of EOS systems, materials, and process parameters gives customers crucial competitive advantages in terms of product quality and the long-term economic sustainability of their manufacturing processes.

NASA Engineer Set to Complete First 3-D-Printed Space Cameras

Additive Manufacturing

Greenbelt, Maryland. .

DIY 3D Printing: NASA is developing fully 3d printed CubeSat.

DIY 3D Printing

“As far as I know, we are the first to attempt to build an entire instrument with 3-D printing,” said Budinoff, who works at NASA’s Goddard Space Flight Center in Greenbelt, Maryland. How to remove support material from complex 3d printed part - video of the process.

Lockheed Martin Challenges Penn State Engineering Design Students to Drive Innovation

Additive Manufacturing

Also known as 3D printing, additive manufacturing refers to the various processes used to manufacture a 3D object, by forming layer upon layer to create a final product. They are learning that design is a messy process. By Penn State College of Engineering.

Mission to the Moon: Stratasys Joins Forces with Lockheed Martin and PADT to Engineer Advanced 3D Printed Parts for NASA’s Orion Mission

Additive Manufacturing

The Lockheed Martin, Stratasys and PADT-engineered collaboration is differentiated by an ability to create consistency and repeatability in mass scale across the entire additive manufacturing part production process.

Sciaky, Inc. to Provide Turnkey Electron Beam Additive Manufacturing System to Lockheed Martin Space Systems

Additive Manufacturing

Sciaky’s EBAM process combines computer-aided design (CAD), electron beam manufacturing technology and layer-additive processing. EBAM system will help Lockheed Martin reduce time and cost on the production of titanium propulsion tanks. Chicago, Illinois – Sciaky, Inc.,

SME – Humans of Manufacturing; The Artist Within

Additive Manufacturing

Dr. Rybicki then began a long-term relationship with Peter Liacouras, PhD from Walter Reed hospital in Maryland, and through funding secured by Dr. Pomahac’s team and the US Department of Defense, they sought to increase the role for 3D printing in complex surgical planning.

Efficiency by Design: Visualization Technologies Help Zahner Build the Present and Plan for the Future

3D Perspectives

Improved understanding also generates efficiencies that help to reduce process redundancy and save as much as 20% of project cost. Zahner recently used this process to cut project redundancy for a federal courthouse building that was US$6 million over budget, delivering the project for US$1.5

SME and Stratasys Announce Winners of the 2017 SkillsUSA Additive Manufacturing Competition

Additive Manufacturing

After completing the design process, participants later presented findings to a panel of professionals in the additive manufacturing field. Presentations included full analysis of how the design and re-design process was managed. DEARBORN, Mich. &

Manufacturing’s Economic Impact: So Much Bigger Than…

Design 2 Part News

New research by MAPI Foundation Chief Economist Dan Meckstroth, using analysis of national input–output tables by Interindustry Forecasting (Inforum) at the University of Maryland, shows manufacturing’s total value chain actually accounts for about one-third of U.S. Yet another reason the government measure is misrepresentative: it captures only the creation of upstream value, including the processing of raw materials and intermediate inputs, and the production process.

Going Forward With Educational 3D Printing - M3D & JellyBox

Cubify 3D Printing Fans & Fun

I hope to make a visit to their factory that, like myself, is in Maryland sometime in the very near future so that I can further explore the printer and explore its potential in much greater detail.

PADT and Stratasys Announce First-of-its-Kind Additive Manufacturing Lab in Colorado, Located at Metropolitan State University of Denver

Additive Manufacturing

Fulfilling the real-world potential of additive, Stratasys delivers breakthrough industry-specific applications that accelerate business processes, optimize value chains and drive business performance improvements for thousands of future-ready leaders around the world.


Design 2 Part News

A short video on the company’s website offers a look at how the Developer’s Kit 3D Printer is manufactured, showing glimpses of processes like machining, bending, and laser marking. These sizes aren’t possible using traditional circuit board manufacturing processes.”.

The Week in 3D Printing: Holograms, Upcycling, No-Electricity Electronics, and Mini Medicals

Shapeways Blog

Quartz has a nice rundown , and you can watch the full story (and feel pretty smart in the process), below. Researcher from Baltimore’s University of Maryland School of Medicine still have a ways to go before this technique is ready for use, but early indications are promising.