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There are many wow inducing , human race compelling , case studies in healthcare , construction, space , automotive, and aerospace. Honeywell, Boeing, and Lockheed Martin are all using 3Dprinting for critical parts. Honeywell and Boeing are finding vast time and cost savings in printing parts for aging fleets.
Additive manufacturing, also called 3Dprinting, has emerged as a powerful approach of material development and is being used in manufacturing applications. 3Dprinting can help create complex and customized parts and high-entropy alloys (HEAs) have a lot of potential for the future in biomedical and aerospace applications.
We are going on a ride that starts at Southern California’s Golden Coast and finishes somewhere into the deep unknown regions of outer space — a place where aerospace engineers combine their expertise with advanced technologies and turn the impossible into reality. Strap in and enjoy. History of Aviation Excellence. Space Beach Today.
Photo Credit: 3Dnatives The Society of Plastics Engineers (SPE) has acquired 3Dnatives , a French company that produces a media platform and international events for professionals in 3Dprinting, additive manufacturing (AM) and their related market applications. Industrial 3Dprinting currently only accounts for about 0.1%
The team of three are mechanical and aerospace engineers who met at the University of Queensland and started the company in 2020 while they were still students. “We As part of that grant, we worked with a Canberra-based project partner, Skykraft, an Australian aerospace and satellite services company.
DANBURY, CT – February 27, 2023: The Society of Plastics Engineers (SPE) has acquired 3Dnatives, a French company that produces a media platform and international events for professionals in 3Dprinting, additive manufacturing, and their related market applications. Industrial 3Dprinting currently only accounts for about 0.1%
October 18, 2022 — Relativity Space , the first company to 3Dprint rockets detailed plans to operate one of the largest rocket engine test facilities in the United States. The new facilities will support testing of Relativity’s entirely 3Dprinted Aeon R engines for its fully reusable 3Dprinted rocket, Terran R.
the rover features a 5052 aluminum alloy chassis, six 3D-printed nylon wheels, a robotic arm with end-of-arm tooling (EOAT), a life-detection module for sample collection, and 14 onboard cameras. This article is reposted with permission. Coming in at 50 kg (110 lb.),
Article by Oleg Yermanok, Application Engineering Manager, Massivit 3D Additive manufacturing (AM) has the ability to disrupt industrial processes and to facilitate the achievement of innovative, cost-effective, and speedy outcomes when compared to traditional production processes.
Article by Daniel Tweer, Managing Director, Rösler UK / AM Solutions. In this article, I will bang the drum for tried and tested technologies such as mass finishing that when applied to AM parts can cost-effectively fulfil all the requirements in terms of the nature and precision of AM parts.
Mantle Releases Metal 3DPrinting System to Simplify Toolmaking : Mantle , announced the commercial launch and availability of its metal 3Dprinting technology for toolmaking. HP Disrupting Traditional Manufacturing with New Metal Jet S100 Solution for Mass Production of 3DPrinted Metals : HP Inc.
With Christmas right around the corner, MoldMaking Technology is gifting you, our readers, with an annual top-viewed article series covering products, profiles, tips and case studies, available each Monday leading up to the new year. New Metal 3DPrinting System Accelerates Mold Insert Production. Photo Credit: Addifab, Nexa3D.
Industrial 3Dprinting, or additive manufacturing (AM), has the potential to transform how everything from prosthetics to complex aerospace components are designed and produced. First Article Inspection (FAI) and Testing: PQ doesn’t stop at simply locking down these elements; it also involves rigorous FAI and testing.
3Dprinting and scanning technologies. Digital twins are being improved because of new innovations in 3Dprinting and scanning. 3Dprinting, called additive manufacturing, is essentially building parts layer by layer using a laser. In fact, 3Dprinting is getting a lot of usage in the aerospace industry.
In an article by Colin Spellacy, head of sales at AM Solutions UK , he compared several post-processing technologies and explained why mass finishing techniques are the most suited and effective approach for additively manufactured parts. Scalability Scalability is critical for several reasons.
Like other 3Dprinting technologies, AM offers higher design freedom than machining or forming metals, plastics or composites themselves, easily printing geometries that are impossible or extremely costly to achieve with conventional manufacturing technologies. Linear AMS , a Shapeways company (Livonia, Mich.,
Click here: Why is it important to understand what standards are and why they are so critical for industries such as aerospace, automotive, engineering and construction. Read more: Learn more about how a standard is created.
This article will take a look back at last year’s Technology Application Award winner who also took home the coveted Manufacturer of the Year award. The DART AE flyers will be 3D-printed out of high temperature alloys, enabling quick turnaround between flights, high cadence of testing and rapid availability of additional units.
Click here: Why is it important to understand what standards are and why they are so critical for industries such as aerospace, automotive, engineering and construction. Read more: Learn more about how a standard is created. Get the earliest notification possible directly from the experts who develop the standards.
Current as of 2/16/23 This article contains information on exhibitors highlighting the Mold Building products and services at their booth in the Moldmaking Pavilion and across the show floor. Visit Booth 1414 for Westminster’s latest metal 3Dprinting applications for injection mold tooling.
Additive manufacturing (AM) and other 3Dprinting technologies advances were showcased at Rapid + TCT, an exhibition and conference sponsored by SME, at McCormick Place in Chicago. This is especially important because many of PPG clients are in the aerospace industry, which requires absolute precision.
It showcases different examples of how to introduce automotive-matured ultra-high-rate manufacturing technologies to aerospace — a joint research program NIAR and KraussMaffei are driving forward with together. The cooperation between NIAR and KraussMaffei has now paved the way for FiberForm to be used in aerospace applications as well.
If you are interested in more information, please read the article Ultrasonic Additive Manufacturing. Fabrisonic had built a reservoir of knowledge in embedding sensors and was working on embedding strain sensors in aerospace parts. Ultrasonic welding can be accomplished at very low temperatures and without special environments.
We’ve had a lot of interest from brands, and we could extend to aerospace, automotive, and medical applications. ” The co-founders both have experience in 3Dprinting, which they said has kept the price of Fiber low. . “We’re focusing on the materials handling gaps,” he said.
Industries such as aerospace, automotive, and construction face long lead times and high costs for large-format components due to fragmented supply chains and labor-intensive processes. SAEKI said its robot can print parts for automotive, construction, aerospace, and more industries. The post SAEKI raises $6.7M
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