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Presenting the next generation of wire-laser metal deposition technology. The Meltio M600 metal 3D printer makes printing large metal parts easier and more reliable than ever while being tailored perfectly to the needs of industrial manufacturing with 24/7 production cycles.
HP debuts halogen-free PA 12 FR and showcases AI Text to 3D at booth 2301 for custom design. AtRAPID + TCT 2025, HP presented new developments in polymer and metal 3Dprinting, along with partnerships focused on advancing additive manufacturing applications in the automotive sector.
3Dprinting pioneer Stratasys takes the spotlight as the Diamond Sponsor, accentuating its leadership role. Presenting Sponsor The Barnes Global Advisors highlights the financial and consultancy facets of the sector, reflecting its business maturity.
At Formnext 2024, a new consortium of leading 3Dprinting companies was announced to address the most pressing challenges that manufacturers face in adopting and scaling 3Dprinting technology for industrial use. The consortiums initial initiative aims to create a common language framework for 3Dprinting.
Israel-based XJet (XJET), a leading provider of cutting-edge 3Dprinting technology, has recently announced the terms for its proposed $10 million initial public offering (IPO). This innovative technology sets XJet apart in the 3Dprinting industry, allowing for the production of intricate and high-quality components.
DARMSTADT, Germany, July 28, 2022 — Scientists at Fraunhofer IGD have devised a purely geometric and algorithmic method for the elimination of stair-step artifacts in multi-material 3Dprinting. Stair-step artifacts are unavoidable in conventional 3Dprinting processes. Read full paper here.
This lack of interaction is unfortunate, as the established medical 3Dprinting communities continue to lay a strong foundation from which the emerging tissue-restorative 3Dprinting communities can further build upon but may not be aware.
Source: Additive Manufacturing Media “Additive manufacturing can’t be a cornerstone of manufacturing unless it’s profitable,” says Adam Clark, CEO of Marle Tangible, a 3Dprinted medical device manufacturer located in Fairborn, Ohio. I never thought we’d be competing strictly on price.”
Wherever possible we 3Dprint parts, too, to keep costs as low as we can,” Wilkes explained. “We This is about half of what was needed to power systems presented previously. Compared to previous models, the researchers’ SO2 camera is significantly cheaper and uses less power, coming in at around $5,000 each.
The beauty of today’s manufacturing environment is that anyone can start a 3Dprinting service bureau and begin printing parts today. According to a recent report by Persistence Markets , the 3Dprinting service bureau industry is projected to surge eight times the size of its present state over the next decade.
One presentation in particular illustrated the power of the digital thread. According to him, many of the parts 3Dprinting companies display at trade shows and other events, while striking and well-made, aren’t realistic use cases for additive manufacturing. kilograms.
Plastic thermoforming companies like Duo Form have discovered how to leverage large-format extrusion 3Dprinting using low-cost plastic pellets to gain a competitive edge. Printing directly with thermoplastic pellets offers several advantages, especially when it comes to reducing part costs.
Every 3Dprinting process competes with classic manufacturing strategies such as casting or milling in terms of mechanical properties, time factors and cost-effectiveness. It is also in competition with alternative 3Dprinting technologies. Media Release by AIM3D.
Conflux said it teamed up with LEAP Australia to present its Air to Liquid and Liquid to Liquid heat exchangers through an enhanced augmented reality experience. In turn, the product allows its defence and aerospace prime customers to quickly take advantage of the performance-enhancing benefits of 3D-printed heat exchangers.
Undergraduate engineering students in UC San Diego’s Yonder Deep student organisation are seeking to develop and 3D-print a completely autonomous, low-cost, modular underwater vehicle (AUV) that will make it possible for scientists to affordably collect oceanographic and climatic data.
A world-first study led by Monash University engineers has demonstrated how cutting-edge 3D-printing techniques can be used to produce an ultra-strong commercial titanium alloy – a significant leap forward for the aerospace, space, defence, energy, and biomedical industries.
Australian 3D-printed heat exchanger manufacturer Conflux Technology is partnering with Rocket Factory Augsburg to develop aerospace heat exchangers as part of the Australian Space Agency’s Moon to Mars Initiative.
Laser Lines Ltd, the UKs most established reseller of 3D printers and materials, is collaborating with PostProcess technologies to host an event at Digital Manufacturing Centre, Silverstone. The event is free to attend and is taking place from 10am-2pm on the 19 th of June 2025.
Microfabrication start-up Horizon Microtechnologies said that its in-house technology for template-based 3D microfabrication will help in the elimination of electro-static discharge (ESD) in applications, which would benefit from 3Dprinting by combining precision polymer micro-AM and ESD compliance.
I think it’s imminent that the seafood supply could be very limited in the future,” said graduate student Poornima Vijayan, presenting the work at a meeting of the American Chemical Society. “We But a team from the National University of Singapore is taking a different approach by creating an entirely plant-based alternative. “I
Our multidisciplinary team has created one of the most sophisticated 3Dprinting environments for ocular research in the world,” said Alex Hui, OD, PhD, FAAO, head of Biosciences at CORE. Another CORE program that will be presented in New Orleans created a biodegradable bio-ink for the fabrication of ophthalmic equipment.
AI, 3Dprinting, and structural metal fabrication: According to presentations at this years NASCC: The Steel Conference, the three go better together than most might think.
The 3D-printed implants don’t present the stiffness and imaging related challenges of conventional titanium cages, and they enable patient-specific designs.
Its for such stubborn instances that we developed our 3D-printed indexable insert milling system MaxiMill 211-DC, says Robert Frei, Product Manager at CERATIZIT. 3D-printed and precision-cooling Optimized coolant is essential to achieving top-quality resultsespecially when machining titanium and other heat-resistant materials.
Mundo-Tech has taken the product of a team brainstorming session, 3D-printed fixtures, and turned it into an offshoot business that is now presenting a whole new world of possibilities.
Come to this session to learn some 3Dprinting best practices for producing hybrid tool inserts via recent real-world applications examples. Linear also works closely with the moldmaker at the front end of the design process to address these concerns by identifying the best part orientation on the build plate during the grow stage.
EntroMat will deliver Australian-made high-performance High Entropy Material (HEM) powders to advanced manufacturing and 3Dprinting facilities, pioneering a unique, circular use of critical minerals. HEM powders haveexceptional properties, like mechanical strength, thermal stability, and resistance to corrosion, wear, and radiation.
The medical additive manufacturing and 3Dprinting community is always working to use technology to improve patient care and change lives. Rodriguez, MD and the NYU Langone plastic surgery team, clinical engineers from Materialise 3Dprinted models and surgical guides for both the donor and recipient based on the surgeon’s plan.
Researchers at the University of Hawaii’s Manoa College of Engineering have taken a huge step ahead in sweat analysis with an innovative 3D-printed wearable sweat sensor known as the “sweatainer.” The post Researchers develop 3D-printed wearable sweat analysis device appeared first on Australian Manufacturing.
Researchers at Stockholm’s KTH Royal Institute of Technology have 3D-printed what they claim as the world’s smallest wine glass – nearly indistinguishable with the naked eye – with a rim the width of a human hair. The concerns when integrating 3Dprinting methods are usually different for different applications.
When it comes to history and awareness, polymer additive manufacturing leads the 3Dprinting industry. The first type of 3Dprinting to be invented in the 1980s was stereolithography, while thermoplastic filament extrusion holds the most public recognition amongst additive technologies. billion in 2033.
A 3D-printed skull was used in a trial that concluded with the conviction of four men on murder charges. The exhibit was made from a material called PLA [polylactic acid], and by adding an internal scaffold, we made the anatomy stable enough to be handled and presented in court.”
About SmarTech Analysis: Since 2013, SmarTech Analysis has published reports on all the important revenue opportunities in the 3Dprinting/additive manufacturing sector and is considered the leading industry analyst firm providing coverage of this sector. For more details on our company go to: www.smartechanalysis.com.
These ponds, which are present worldwide and used in areas of high rainfall or small populations such as the NT, allow inorganic matter to pass into wastewater management systems by design. These surveys measure and map wastewater ponds with co-investment from the Northern Territory Government.
In response to ongoing feedback and demand for an active additive manufacturing and 3Dprinting user discussion forum in the UK, TCT believes, with its history, mission and reach that it is extremely well placed to create one in the UK.
The Italy-based 3Dprinting service provider will be at booth B 1 - 503 presenting the latest advancements in drone and aerospace technology with 3Dprinted flight- and space-proof applications, structures, and components made from the company's renowned range of Carbon or Glass fiber reinforced, thermoplastic composites Windform.
The 3Dprinting industry has significantly transformed, shifting from prototyping to end-use applications. The increasing ability to create strong, affordable 3Dprinted parts using various innovative materials has fuelled this transition.
3Dprinting home (CNW Group/Nidus3D) CALGARY — nidus3D says they have successfully completed North America’s first energy-efficient and climate-resilient multi-unit 3Dprinted homes and two-story buildings last year in Ontario.
The partnership centers on an Integrated Post Processing Solution providing full support through the entire 3Dprinting production workflow. The automated loader system efficiently loads batches of 3Dprinted parts to and from the PostPro SF100, enabling 24/7 chemical vapour smoothing.
Mitacs presents award to Vancouver researcher for next generation microchips VANCOUVER — University of British Columbia (UBC) researcher Matthew Mitchell has always enjoyed tinkering at the nanoscale, working with devices the width of a strand of hair or less.
The value proposition of medical 3Dprinting is massive. Many other such cases are out there proving out the efficacy of 3Dprinting to deliver results made for specific cases. Dozens of 3Dprinted TBM splints alone have shown demonstrable clinical success stories in patients of varying ages.
This is where the versatility of 3D food printing (3DFP) rises to the challenge, as it can transform the way in which food is presented and overcome the inertia of consumer inhibitions,” explained Prof Chua Chee Kai, co-author from the Singapore University of Technology and Design (SUTD).
New era of 3Dprinting in-situ inspection goes beyond monitoring, enabling reduced part costs – and now available for early adopters. The patent-pending Project Fringe technology goes beyond monitoring via in-situ inspection of each powder layer in the 3Dprinting processes. “At Learn more at phase-3d.com.
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