new What has changed in device manufacturing to allow a small company like PSYONIC to upend the market for traditional prostheses?• 3D printing has been ubiquitous in prototyping and product development for decades. Now this maturing technology, specifically selective laser sintering (SLS) and stereolithography (SLA) printing, is entering widespread use in manufacturing.• Improved technology for high-throughput and high-quality printing of final end-use parts, and a variety of improved materials, make 3D printing practical for creating new medical devices.• In addition to fabricating end-use parts directly, 3D printing offers compelling advantages in “hybrid production,” as an intermediate process alongside conventional processes, for instance in fabricating molds, tools, patterns, fixtures, and jigs. This is known as rapid tooling and manufacturing aids. — JEC, 10h ago

new With the rising application of thermal printing to many industries such as shopping malls, grocery stores, hospitality, and lottery systems, the printing industry has become more and more popular with thermal printing due to its accuracy and quality and low maintenance, and fast printing speed. Further, the demand for paper is increasing, with reduced printing costs, and time-saving properties. — factmr.com, 10h ago

new One prevailing roadblock to 2D semiconductor adoption is contact resistance. 2D semiconductors connect to the outside world via metal contacts, which by nature are three-dimensional, unlike the 2D nature of the semiconductor. Because of this, the point of contact between the 2D semiconductor and the 3D metal creates current crowding that leads to... — allaboutcircuits.com, 10h ago

new According to SPER Market Research, the Digital Printing Market is he global digital printing market, which uses digital technology to produce printed goods. In comparison to conventional printing techniques, digital printing has a number of benefits, such as quicker printing times, reduced prices, and the capacity to print in smaller quantities. — openPR.com, 17h ago

new A common approach for printing metal pieces involves essentially welding pools of powdered metal with lasers, layer by layer, into a desired shape. During the first steps of printing with a metal alloy, wherein the material rapidly heats up and cools off, its atoms—which can be a smattering of different elements—pack into ordered, crystalline formations. The crystals determine the properties, such as toughness and corrosion resistance, of the printed part. Different crystal structures can emerge, each with their own pros and cons. — TodayHeadline, 18h ago

new Instead of 2D CLIP embeddings, the relevancy maps resulting from text queries are obtained using 3D CLIP embeddings. This has the advantage that 3D CLIP embeddings are substantially more resistant to obstruction and changes in viewpoint than 2D CLIP embeddings. Moreover, 3D CLIP embeddings are more localized and fit better to the 3D scene structure, giving them a much cleaner appearance. In order to evaluate their approach, the team conducted several experiments on a collection of hand-captured in-the-wild scenarios and found that LERF can localize fine-grained queries relating to highly specific parts of geometry and even abstract queries relating to multiple objects. This innovative method generates 3D view-consistent relevancy maps for a variety of queries and settings. The researchers concluded that the LERF’s zero-shot capabilities had enormous potential in several areas, including robotics, decoding vision-language models, and interacting with 3D environments. — MarkTechPost, 21h ago

new India will continue to be at the forefront of holography innovation, developing new security printing applications featuring distinct visual effects that are easy to identify and secure yet difficult to simulate. We can see that new techniques in film coating and production technology are pushing the boundaries for the use of holographic materials. — Asia Pacific Security Magazine, 23h ago

new To achieve optimal results in terms of productivity, Additive Industries underlines the integration of process steps and the automation of handling and execution to increase the efficiency of its modular systems capacity. In this way, one of the key challenges of AM ( i.e mass production) could be overcome. Per Daan Kersten words: “[Our] modular, end-to-end 3D printing system includes a seamlessly integrated information platform for high-end and demanding industrial markets, with a specific focus on aerospace, automotive, medical technology and high-tech equipment.”... — VoxelMatters - The heart of additive manufacturing, 1d ago

new The MX3D product philosophy ensures that the 3D metal printing technique becomes available to a whole new range of industries. The aim is to build a robust machine that is suitable for onsite construction & heavy-duty industrial use outside of a controlled environment. Their software has the flexibility to be adapted to all brands of robots & welding machines; and furthermore, upscaling is made easy by the ability to use off-the-shelf hardware. — VoxelMatters - The heart of additive manufacturing, 1d ago

new ...pieces involves essentially welding pools of powdered metal with lasers, layer by layer, into a desired shape. During the first steps of printing with a metal alloy, wherein the material rapidly heats up and cools off, its atoms—which can be a smattering of different elements—pack into ordered, crystalline formations. The crystals determine the properties, such as toughness and corrosion resistance, of the printed part. Different crystal structures can emerge, each with their own pros and cons. — techxplore.com, 1d ago

new ...“Binder jetting is the 3D printing method of choice for serial production of hard metal parts. Traditionally, tungsten carbide powder is pressed into the desired shape and then sintered to give it strength and density”, said Deborah West, Vice-President Business Unit Refractory & Specialty Powders, GTP. “Instead of costly and timely mold construction, the parts now can be printed directly in the desired shape, still using sintering technology to achieve the final strength. As a market leader in the development and production of high-quality tungsten powders, GTP always stays on top of the latest technology”. — VoxelMatters - The heart of additive manufacturing, 1d ago

new CFM engineers were able to slash the LEAP engine’s fuel consumption by 15% compared with the engine’s predecessor, the CFM56, by using breakthrough materials and technologies, including 3D printing. One of the engine’s smaller parts, the metal fuel-nozzle tip the size of a walnut that sprays fuel into the combustor, is so complex that the only way to make it involves 3D-printing it directly from a computer file. So how can a part this small have an effect so significant on fuel consumption? Weight optimization is not only about the weight of the part itself. By designing a component exactly in the shape and size required to fit into the tightest spaces it is possible to reduce the entire weight of the system around a 3D printed part, be it a manifold, a heat exchanger or an incredibly intricate subassembly, such as the fuel nozzle, and many more similar parts to come. — VoxelMatters - The heart of additive manufacturing, 1d ago

new Kim Hyung-dae, by contrast, has a more additive process, relying on optical mixing and shadows cast on thick impasto paint to achieve their rich visual experience. They are best appreciated at a distance, with a relaxed eye that allows the elements of the painting to visually mix. The paint application is more direct and literal on the surface — the viewer can follow along to read the different levels of pressure that the artist used when dragging his rake-like tool across the canvas. These paintings refuse to be properly read by the quick, scanning glance with which we have been conditioned to consume images through the over-saturation of digital content via social media and gallery emails. They demand that the viewer be present, literally and figuratively, before they reveal themselves fully. — Hyperallergic, 1d ago

new SJ: ” I have not heard this statement before. Each AM process offers its challenges and benefits. In Laser Sintering, you are building a part via a process similar to welding. You have to deal with Splatter effects, tension in the part during the build (which is later removed during an annealing process), structural supports and the build plate that all have to be removed post-build. And your surface finish is less than desirable for most applications. But you can use these processes to fabricate some very intricate parts. With any furnace-demanding process, like binder jet or metal filament-based 3D printing, you can get some very interesting parts printed. However, much like in the MIM industry, the engineer designing the part needs to understand the process the part needs to go through. Meaning that they have to understand the part will experience pretty uniform X+Y shrinkage and a greater Z shrinkage (directionally from the printer). So how the part is printed and how the part is later staged in the furnace for processing needs to be taken into account. MIM had demonstrated the repeatability of the process and has really dominated in its applicable markets for years. The AM industry needs to perform enough experimentation and data analysis to reach this same level on consistency. The processing side is certainly challenging, but only without the right support and team in-house to get the work done. If you don’t have the capital or manpower to get the work done in-house, this is where our sister company, DSH Technology really shines. We help part makers from the ground up. Build the foundation of knowledge needed so that one day they can take over the process, bring it in house and excel in their respective industries they are trying to enter.”... — VoxelMatters - The heart of additive manufacturing, 1d ago

new ...is a very large 3D printing consumables distributor in Russia. Headquartered in St. Petersburg, the company has locations and partners in Moscow (3D-Mall, 3D Printing Salon Selena and 3d-diy.ru), Kazan (3D World of Printing), Voronezh, Krasnoyarsk, and Kemerovo. PrintProduct3D sells both extrusion (including Picaso3D) and photopolymerization systems, as well as a wide range of filaments, solvents, adhesives and 3D print pens. They are also quite good at 3D printing, as the impressive life-size Deadpool and Lady Deadpool below – present at their 3D Today Fest booth – clearly showed. — VoxelMatters - The heart of additive manufacturing, 1d ago

new The dental segment is the first and largest adopter of AM technologies for mass production, which makes it one of the key AM verticals 2020 by default. However, until today it has been evolving as a stand-alone industry, using AM for its convenience but without participating directly in the AM industry’s growth. With HP and Smile Direct presenting the first million+ part application for AM in the dental segment and leading to a multi-billion dollar IPO, the relationship between AM and the dental industry could become an even tighter one, making it a key segment for 3dpbm to track in our AM Focus. Along with traditional leaders in this vertical AM segment such as EnvisionTEC, DWS and 3D Systems, EOS and Renishaw, new entries in this segment such as especially Formlabs, Carbon, HP, GE and a large number of smaller photopolymerization hardware manufacturers are playing increasingly relevant roles. — VoxelMatters - The heart of additive manufacturing, 1d ago

new The companies’ shared values around sustainability also created the perfect opportunity to leverage 3D printing technology in a way that positively impacts the environment, representing an alternative approach to traditional casting with the combined advantage of not requiring the combustion of wax or the use of gypsum. — VoxelMatters - The heart of additive manufacturing, 1d ago

new We are currently developing Cuckoo3.0. Also recently, we launched a new A-series iPollo computing devices, which feature high-performance graphics cards with large memory and high-core central processing units. The products are designed to support computing of AI-generated content and zero-knowledge proof. At the same time, the company’s iPollo Metaverse has recently made new technological progress AIGC has been connected to the iPollo Metaverse as an important Layer 2 tool. So developers can better leverage AIGC to create metaverses. It also offers extensive possibilities for creating unique and innovative metaverse experiences. Additionally, we also plan to provide 3D printing services for users’ metaverses to integrate the virtual and the real world. — Insider Monkey, 1d ago

new AM service providers are being challenged to meet growing demands and expectations in terms of part quality and competitive pricing. A key element of this task is to monitor and control the 3D printing process. However, AM users are missing the right tools and suffer from failed builds, hidden defects inside of their parts, and standard 3D printing parameters that don’t support their AM applications. This wastes machine time, material, and post-processing capacity, leading to unnecessary costs. — Metrology and Quality News - Online Magazine, 1d ago

new The U-M team’s new approach, the “Shell Wall,” demonstrates a computational design and robotic 3D printing technology that effectively combines topology optimization with 3D concrete printing. Topology optimization is a technique that generates the most efficient distribution of material based on performance criteria, such as strength or weight, for a given set of support (... — University of Michigan News, 1d ago

new As photopolymer materials evolved, the company began targeting AM production applications and has done so for some time. Its 3D Printing for Production process (3D4P) looks to employ the latest advances in materials (AM) and technologies to produce complex parts for aerospace and defense components rapidly. For a wide range of products and geometries—from connectors, backshells, clamps, fiber-optic breakouts, and more—3D4P from TE Connectivity provides the advantages of high-mix, low volume solution without conventional manufacturing limitations. — VoxelMatters - The heart of additive manufacturing, 1d ago

new KAV’s custom material is available in grey, black, and white colors, and the use of 3D printing enables the two-to-three-week delivery of the made-to-order helmets. Production of these unique, energy-absorbing structures would not be possible via traditional manufacturing. Additive manufacturing also allows KAV Sports to reduce production costs and unnecessary waste. — VoxelMatters - The heart of additive manufacturing, 1d ago

new Invisible orthodontics offer several advantages over traditional metal braces, including greater comfort, aesthetics, and convenience. Few Invisible Orthodontics Market trends include increase in dental aesthetics spending, technological advancements, and rise in adoption among adults. In addition, rise in awareness of the benefits of clear aligners as an alternative to traditional braces is a major factor driving the growth of the invisible orthodontics market. Invisible orthodontics is a cosmetic dentistry procedure that is popular among people who want to straighten their teeth without the appearance of metal braces. The growing demand for cosmetic dentistry is, therefore, driving the demand for invisible orthodontics. Invisible orthodontics has evolved significantly in recent years with the development of new technologies and materials. The use of clear and comfortable aligners, 3D printing technology, and software for custom treatment planning has made invisible orthodontics a preferred option for many patients. In addition, people are becoming increasingly aware of the impact of oral health on overall health and well-being. For instance, according to the American Academy of Cosmetic Dentistry (AACD), approximately 96% of females choose cosmetic dentistry. This has led to an increase in the demand for orthodontic treatments thereby driving the Invisible Orthodontics Market Size. — alliedmarketresearch.com, 1d ago

new By using 3D printing, TE Connectivity gains the freedom to create complex geometries that would be difficult to create using injection moulding and increases flexibility for low volume production runs. — DEVELOP3D, 1d ago

new Dr. Stephen G. Gray is a serial entrepreneur with 10+ years of experience in deep technology from use of bioengineering & robotic arm bioelectro-fabrication for regenerative medicine & longevity to cultivated meat & cell-based biomanufacturing. He is a founder & co-director (COO) of NouBio Inc: Market ready products that drop cultivated meat production costs by 95% and internal robotic DeepTech to unlock all of cell-based biomanufacturing. He is a co-founder of Ourobionics BV: DeepTech that enables human tissue to become high throughput (with 4D enabling bioelectro-fabrication) & cyborganic (with self-healing bioelectronics/biosensors) to speed up drug discovery with a vision of human-machine interfaces to enhance human longevity. He has co-founded & advised multiple DeepTech start-ups: Cartallum Blockchain, Cybosense, GutsBV, OuroFoods, & Nukaryo. The first start-up he co-founded, Ourobotics Ltd, was voted amongst the Top 10 3D bioprinters in 2015 & they open-sourced basic extrusion 3D bioprinting to the masses in 2016. He lives in Utrecht, the Netherlands and his writing style "Ouro Journalism" has a focus on insights from the sector of deep technology. — VoxelMatters - The heart of additive manufacturing, 1d ago

new ..., added, “Materialise Process Control uses artificial intelligence to automate quality control, helping our customers save significant time and money. Through collaborations with partners like Sigma Additive Solutions, AM users benefit from a technology-agnostic innovation that offers unparalleled insights into their 3D printing process. With this data, our customers can continuously learn how to improve it.”... — Digital Engineering, 1d ago

new AMBOTS will lead the software development for the construction of 3D printing robots. The robots are expected to work independently as well as collectively and be able to adapt to different mixes. Other considerations include ensuring a high degree of precision in printing large-scale jobs, the development of a mobile platform that can be deployed quickly in a range of environments, and the ability to power the overall system. — VoxelMatters - The heart of additive manufacturing, 1d ago

new According to 3D Systems, the foundation of the solution is a newly developed photopolymer the company engineered specifically to meet TE Connectivity’s requirements. In addition to a flammability rating at 0.4mm thickness, the company claims it is the first known printable photopolymer to complete a UL-recognized long-term thermal aging (RTI) study. This material combined with an optimized print process enables the necessary reliability and accuracy required for TE Connectivity’s products. Using 3D Systems’ Figure 4 technology, the combination of new material properties, speed, and accuracy allows the production of rugged industrial products targeted at appliances, cellular and data-center applications. The company says that additive manufacturing will provide TE Connectivity with the freedom of design to create complex geometries that would be difficult to create using injection molding. — Digital Engineering, 1d ago

new ...“We have a rich history as a leading innovator in both 3D printing technology and dental materials,” said Stef Vanneste, Vice President and General Manager, Dental, 3D Systems. “Our goal is to ensure we are addressing our customers’ needs with our solutions, and these enhancements to our portfolio are yet another step in achieving that goal. Both new materials announced today are next-generation materials, specifically engineered with our customers’ feedback on the earlier versions in mind. NextDent Base is a completely new formulation that demonstrates high break resistance and beautiful base shades. We firmly believe that these products will further enable the adoption of 3D printing in dentistry and improve the patient experience.”... — 3D Printing Industry, 1d ago

new ...3D modeling in science education offers a range of benefits, including catering to different learning styles, creating a collaborative learning environment, teaching science in a culturally relevant way, and bridging the gap between theory and practice. With these advantages, it is no wonder that 3D modeling is becoming an increasingly popular tool in science classrooms around the world. Another key benefit of 3D modeling in science education is the ability to make abstract or complex concepts more accessible to students. For example, 3D models can be used to show the complex processes that occur in living organisms, such as the workings of the human body or the molecular processes that occur within cells. These models can make it easier for students to understand and visualize these processes, which can be difficult to grasp through traditional teaching methods. — eLearning Industry, 1d ago

new The number of possible schemes for connecting devices together is growing rapidly. Last fall, TSMC introduced its 3D Fabric Alliance to connect different layers and devices in a 3D package. “We have EDA, IP, and design services, and we’re also adding memory partners, OSATs that help us assemble these devices, and the substrates, which become extremely important in 3D, as well,” said Dan Kochpatcharin, director in TSMC’s Design Infrastructure Management Division. “These devices can be 10 centimeters high, and the substrates can be 20 or more layers. So we need to make sure we align their roadmaps with our roadmaps so we can interface with them, and maybe there will be different materials that work together. And then you have to think about testing the whole system, which is not easy. So we’re working with Advantest and Teradyne, and also the EDA vendors. And IP is important in tests because we need to design for reliability.”... — Semiconductor Engineering, 1d ago

new Over the past five years, the XYZprinting technology has been successfully adopted by a wide range of customers, building a strong reputation for high-performance, high-speed printing with outstanding reliability. The MfgPro230 and MfgPro236 produce polymer components with tough, mechanical and thermal properties. Both printers use an open material platform and are compatible with a broad range of nylon powders, ideal for higher-temperature applications. — VoxelMatters - The heart of additive manufacturing, 1d ago

new A common approach for printing metal pieces involves essentially welding pools of powdered metal with lasers, layer by layer, into a desired shape. During the first steps of printing with a metal alloy, wherein the material rapidly heats up and cools off, its atoms — which can be a smattering of different elements — pack into ordered, crystalline formations. The crystals determine the properties, such as toughness and corrosion resistance, of the printed part. Different crystal structures can emerge, each with their own pros and cons. — nanowerk.com, 2d ago

new However, I believe that decentralization of the means of production can make lack of coherent security irrelevant for folks willing to create the means of providing their own security. Along with a network of decentralized makers ability to provide mutually redundant security from gangs of armed thugs are the potential to produce many, if not all, of the blessings of civilization, from food, shelter, and power production, to electronics, communications, and medical services. As decentralized production technologies like aquaponics, 3D printing, solar (and other) power, inkjet printing (which is able to print electronics on PET, including solar, LEDs, and logic circuitry, drugs by assembling molecular subunits, and even living cells), AI (not AGI, or anything more than is available presently, which purged of it's crippling politicization, would be very useful in automating household production, financial assets, even medical diagnostics, and much more) continue to develop, the ability of communities to themselves produce all the blessings of civilization is becoming inescapable. — LeoFinance, 2d ago

new On the research side, Kalman stated, "I am currently involved in research that I feel is pushing and advancing the boundaries of 3D printing and additive manufacturing in dentistry. As a medical (dental) device researcher, additive manufacturing has provided an avenue to fabricate complex geometries and devices that were not previously possible."... — MCADCafe, 2d ago

new ...)-- Southwestern Hearing Centers is proud to offer Audibel’s latest hearing advancement, Intrigue AI. It is hearing reimagined from the inside out. Featuring an all-new processor, all-new sound, all-new industrial design, all-new fitting software, and all-new patient experience.“Southwestern Hearing Centers understands the significant role hearing plays in our emotional well-being and physical health. Intrigue AI is the best sounding, best performing hearing aid available, offering infinite benefits to patients,” said Cindy Marino, COO, Southwestern Hearing Centers. “We’re here to help our patients every step of the way. Through our partnership with Audibel, we aim to better serve our patients, helping them stay connected to the world around them so they can hear better and live better.”All-New ProcessorThe all-new Neuro Processor technology mimics the function of the central auditory system through a Deep Neural Network (DNN) on-chip accelerator and automatic functions. All-new Intrigue AI hearing aids mimic the cerebral cortex of the brain to more quickly and accurately “fill in” the gaps when patients’ hearing is impaired.It makes over 80 million personalized adjustments every hour - all designed to help wearers:· Distinguish words and speech more intuitively and naturally· Hear soft sounds without distracting noise· Reduce the effort it takes to listen and hearThe AI inside delivers more true-to-life sound quality than ever before.All-New SoundAudibel’s new Neuro Sound Technology provides the best hearing experience for patients in all situations. The additive compression system synthesizes the signals from slow and fast compression systems for optimized perceptual outcomes, like the neural fibers that code different information for the brain.“By spending countless hours with hearing professionals and patients, researching and analyzing every element of the hearing journey, we relentlessly pursued how to bring the best hearing innovation to professionals and patients in a simple and intuitive way,” said Achin Bhowmik, Ph.D., Chief Technology Officer and Executive Vice President of Engineering at Audibel. “Our all-new, powerful processor was designed to work like the human brain, leveraging the neuroscience of the ear-brain connection and information processing to create better sound quality, pushing artificial intelligence to its limits.”All-New DesignIntrigue AI features an all-new discreet and stylish aesthetic product design that’s durable and comfortable for all-day wear, and which helps break barriers and reduce the stigma of what is hearing care technology today.· Intrigue AI includes RIC RT, the industry’s longest-lasting RIC rechargeable hearing aid on the market. The battery holds up to 50 hours on a single charge.· The new mRIC R has the second longest-lasting RIC rechargeable battery life with up to 40 hours on a single charge.· Industry-first custom rechargeable product has the highest custom battery life in the industry with up to 36 hours on a single charge.All-New Patient ExperienceThe new My Audibel App gives patients full control over their hearing aids, plus the ability to get helpful tips, track their health, and access intelligent features designed to simplify their lives.Audibel leads the hearing industry as it relates to incorporating health and wellness features into hearing aids, including being the first to integrate 3D sensors; the first to enable counting steps; the first to track and encourage social engagement; and the first to provide benefits that went beyond just better hearing. Audibel was also the first hearing manufacturer - and still the only - to make hearing aids that can detect falls and send alerts.Intrigue AI’s improved streaming capabilities utilize binaural phone steaming, sharing information to both ears directly and simultaneously. This supports two-way, hands-free calling through compatible Apple and Android devices and makes it easier for patients to enjoy their favorite music with more natural results.About Southwestern Hearing CentersSouthwestern Hearing is a family owned business with more than 75 years and 3 generations of experience in the hearing industry. Southwestern Hearing experts know a patient’s quality of life directly relates to their level of hearing loss. Expert focus on a high level of patient care and support. This is evident in the thousands of 5 star reviews given directly from the patients they have served. — PR.com, 2d ago

new ...(GRAM) technology is a fully automated endless filament winding process used to develop ultra-lightweight 2D, 3D and 4D parts and structures for use in several industrial fields. A process capable of using any types of fibres and with any impregnation matrix, GRAM is a fast, low energy consumption, waste reducing and cost effective manufacturing technique capable of creating heavy duty lightweight structures which support the use of bio-based raw materials. — engineerlive.com, 2d ago

new We are pleased to announce that two verbal commitments, one for the PROSPER ULTRA 520 Digital Press and one for the PROSPER 7000 TURBO. Kodak debuted the new PROSPER ULTRA 520 press and our new KODACHROME Inks at Hunkeler Innovationdays Prints Industry Event. Hunkeler is a premier industry showcase of innovation in digital print and finishing. We received an extremely positive reaction from our customers and prospects who are excited about the new press’ ability to increase productivity by delivering offset quality at 150 meters per minute. These groundbreaking products have helped bring digital print to the tipping point where it should be considered as a complement to traditional print and virtually every print shop. Digital, especially, our Inkjet technology, now provides printers the ability to offer customers offset print quality, while mitigating the supply and cost risk of traditional printed plates and eliminating a significant carbon footprint associated with manufacturing and distributing these items. — Insider Monkey, 2d ago

new The 1970’s saw the development of new technologies such as 3D scanning and automatic sensor change-racks which further improved the measuring capabilities, measuring accuracy and measuring speed of the CMM. Overseeing manufacturing quality control led to the widespread adoption of CMMs across a variety of industries, including automotive, aerospace, electronics, and medical device manufacturing. — Metrology and Quality News - Online Magazine, 2d ago

new The fund's approach is to remain flexible enough to move across various sectors rather than stick with one type of technology. This diversified exposure avoids getting caught up in the hype which could end up being short-lived, he noted. For example, a few years ago, 3D printing was the exciting new invention everyone was talking about, but it wouldn't have been appropriate to create an ETF just focused on the promise of that printing technology because, in the long term, it would have been overvalued, he said. — Markets Insider, 2d ago

new ..., we will focus on 3D printing or bioprinting bone tissue using tissue engineering techniques. The commercialization and regulatory pathways for 3D-printed orthopedic implants are approaching maturity, with industry leaders like Stryker, JNJ, and more continuing to expand their 3D printing product and service portfolio. Naturally, this is an active area of innovations and entrepreneurial activities, and investments, since short-term favorable exit is more likely compared to other applications. Join us for an intimate and engaging conversation with a world-class panel with diverse backgrounds and knowledge bases in this energetic 90 minutes virtual event on our... — 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing, 2d ago