Space Travel Technologies

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new The project will expand ISR capabilities for space satellites, and satellite platforms in general, through the prototyping and validation of space grade materials, and durable coatings for optical, and structural satellite components using substrates made by polymer and metal additive manufacturing. — Manufacturers' Monthly, 15h ago

new High-quality 3D content synthesis is a crucial yet challenging problem for many applications, such as autonomous driving, robotic simulation, gaming, filmmaking, and future VR/AR situations. The topic of 3D geometry generation has seen a surge in research interest from the computer vision and graphics community due to the availability of more and more 3D content datasets. Though 3D geometric modeling has come a long way, creating item looks or textures still requires a lot of human labor. It usually takes significant time to develop and edit, and it demands much experience with 3D modeling using programs like Blender. — MarkTechPost, 20h ago

The functional part manufacturing segment is expected to grow at high CAGR in the 3D printing robot market during the forecast period. 3D printing, particularly in conjunction with robots, is revolutionizing functional part manufacturing across several key industries. In aerospace, automotive, and electronics, the demand for lightweight, durable, and precision-engineered components is met through 3D printing with robots. These robots enable the creation of intricate parts with complex geometries, surpassing the limitations of traditional manufacturing methods. The versatility of 3D printing robots, accommodating various materials, including plastics, metals, and ceramics, proves invaluable. As these robots continue to advance, they are poised to enhance functional part manufacturing in these industries, as well as in consumer goods, energy, construction, and more, promising a future of innovation and efficiency. — marketsandmarkets.com, 4d ago

Bedarf explains that combining 3D printing with robotics also allows inexpensive production of bespoke building parts. "Without automation, traditional construction methods that save on materials are very time-consuming and expensive, especially due to labor costs."... — techxplore.com, 3d ago

The use of UV ink in digital printing for the tableware market is driven by its unique properties and advantages that cater to the specific requirements of decorating and customizing various tableware items, such as ceramics and porcelain. It offers rapid curing, color vibrancy, versatility in design, customization capabilities, durability, efficiency in production, and reduction in waste. Because of such advantages over other inks like ceramic ink, and solvent based ink, the UV ink type is expected to hold the largest market share. — marketsandmarkets.com, 3d ago

The digital printing for tableware market is projected to reach USD 452 million by 2029 from USD 326 million in 2024; it is expected to grow at a CAGR of 6.8% from 2024 to 2029. Digital printing for tableware refers to the process of using digital printing technology to apply designs, patterns, or images directly onto various types of tableware, such as plates, cups, bowls, and other dining or serving items. Unlike traditional printing methods, which may involve the use of plates, screens, or molds, digital printing allows for a more flexible and precise application of designs. Digital printing allows for easy customization of designs, making it possible to create unique and personalized tableware items. Unlike traditional printing methods, it is often more cost-effective for producing small quantities of customized tableware. The technology can achieve high levels of detail and color accuracy, allowing for intricate and vibrant designs. Also, the digital printing process is generally faster than traditional printing methods, allowing for quicker turnaround times. — marketsandmarkets.com, 4d ago

Latest

Manufacturing Printed Electronics 2023-2033 explores the developments, transitions, and technological innovations within the printed electronics equipment market. Drawing on interviews and interactions with over 30 companies, we assess the attributes, readiness level, use cases and market demand for 20 analogue/digital printing and component attachment technologies applicable to printed electronics, ranging from conventional screen printing to laser induced forward transfer and photonic soldering. — IDTechEx, 3d ago

...(Nanowerk News) From houses to hearing aids, three-dimensional (3D) printing is revolutionising how we create complex structures at scale. Zooming down to the micro and nano levels, a process known as two-photon polymerisation lithography (TPL) allows scientists and engineers to construct objects with microscopic precision, which has wide-reaching implications for industries ranging from medicine to manufacturing. — nanowerk.com, 4d ago

Dyeing is commonly done with white SLS 3D prints. White nylon is an excellent medium for accepting colors, and SLS systems can mass produce parts of this type. Many production lines 3D print consumer parts that are then dyed to meet color requirements. — Fabbaloo, 4d ago

Manufacturers' Monthly, 15h ago

new UniSA, VPG and SMR collaborate on additive space manufacturing

IDTechEx, 3d ago

Advanced Materials - IDTechEx Research Reports and Subscriptions

Sify, 12d ago

3D Printing to Change Architecture, Producing Shapes That Blow Today's Structures out of the Water

Fabbaloo, 4d ago

3M Pioneers Advanced 3D Printing Solutions in Manufacturing « Fabbaloo

3D Printing Industry, 19d ago

[INTERVIEW] Rahul Kasat & Clay Guillory from Titan, 3D Systems: 3D printing with pellet extrusion - 3D Printing Industry

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The opportunities for 3D printing applications in the aerospace/defense industry are vast. We have covered space rocket pioneers revolutionizing space as well as the use of 3D printing technologies in space. The astronauts benefit from 3D printers in space. They allow astronauts to manufacture anything they need on-demand during their missions. Keeping a supply chain from Earth to the ISS is costly and slow. This is a cost-effective and quick workaround for replacement parts for everything from rocket engines to interior parts. — Fabbaloo, 6w ago

...3D printing has the potential to help eliminate huge amounts of waste in mass production. In addition, metal and ceramic printing are adding to the myriad uses for additive manufacturing, expanding beyond the use cases of plastic-only 3D printing. The expansion of materials is helping to optimize manufacturing processes while reducing material and machinery costs. — The ChannelPro Network, 9w ago

One such technology directly dependent on high-quality 3D modeling is 3D printing. Printing buildings and structures using 3D technology allows builders to erect complex architectural forms quickly while minimizing waste and reducing labor costs. With 3D printing, architects are given design freedom previously imagined, allowing for unique, environmentally friendly, and cost-effective buildings. — connectioncafe.com, 10w ago

...“A major benefit of 3D printing with functional materials is creating electronics that can conform to different shapes and surfaces. This opens up new possibilities in wearable technology, smart textiles, biomedical devices or conformal supercapacitors, for example. Users can design and produce their own electronics on-demand, without the need for expensive and specialized equipment or facilities,” Stevens adds. — Digital Engineering, 10w ago

When it comes to applications, the potentials of 3D printing in Western Switzerland are vast and diverse. From M2C’s exploration of 3D manufacturing methods to the development of technologies that can embed sensors directly into 3D-printed components, the practical implications are boundless. These innovative approaches find relevance in fields ranging from the space industry to custom medical prostheses, watchmaking parts, and micro-fluidic devices. — S-GE, 5w ago

Latest

interestingengineering.com, 24d ago

Are we closer than ever to 3D printing virtually anything?

marketsandmarkets.com, 4d ago

3D Printing Robot Industry worth $3.2 billion by 2028

nanowerk.com, 4d ago

Pick and place: Creating 3D-printed materials that shrink more precisely

Medgadget, 13d ago

3D Printing in Healthcare Market to Reach US$ 7.47 Billion Globally by 2030 at 19% CAGR: Coherent Market Insights |

3D Printing Industry, 13d ago

D3-AM transforms the production of high-performance ceramic components with its innovative technology - 3D Printing Industry

marketsandmarkets.com, 3d ago

Digital Printing for Tableware Industry worth $452 million by 2029

siliconindia.com, 4w ago

Shaping the Future: The Profound Impact of 3D Printing in Manufacturing

Business Computing World, 4w ago

How Can 3D Sculpting Enhance The Product Design Process? - Business Computing World

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Print-on-demand meets PTFE with this 3M – 3D printing development. The new 3M process uses stereolithography, or vat polymerization. Stereology involves curing a photosensitive material by selectively delivering energy to specific regions. Once printed, the parts display properties like those produced by traditional PTFE processing techniques. In fact, some properties, such as surface finish, may even be superior. 3D printing is intended to complement, rather than replace, traditional fluoropolymer processing. One advantage of 3D printing is its ability to create highly accurate and intricate parts quickly, with less waste – allowing you to respond to fast-changing customer needs. — Fabbaloo, 4d ago

In manufacturing, for example, companies are reducing waste by using computers to create prototypes and test various models. And, initial designs for auto parts can be created on-demand thanks to new procedures such as 3D printing, cutting down on over-production as well as emissions, Forbes reported. Data in manufacturing also helps streamline operations and ensures waste is minimized. — aftermarketNews, 3d ago

Atomic Industries employs technologies like artificial intelligence and metal 3D printing, the company reshapes industries by offering affordable, repeatable tooling. — Digital Engineering, 3d ago

When print is necessary, prioritize efficiency. Use print-on-demand services to reduce excess printing and eliminate unnecessary waste. Additionally, explore eco-friendly printing options such as soy-based inks and waterless printing technologies that have a lower environmental impact compared to traditional printing methods. — bbntimes.com, 4d ago

Elliot McAllister is the Founder of Skyphos, the first 3D printing fabrication system enabling a shift from the enterprise of mold-based prototyping and production for healthcare-based needs. Mr. McAllister has experience and expertise in Materials Science, Mechanical Engineering, Optics and developing microfluidic platforms. He has an advanced degree from Virginia Tech where his research focused on micro-3D printing 4 different forms of solid matter. Based on additive manufacturing technology, Mr. McAllister launched Skyphos to eliminate the barriers to entry of new applications in medical diagnostics and focuses on micro-scale requirements of microfluidics (uF), Lab-on-a-Chip (LOAC), Point-of-Care (POC) devices, as well as the needs of the sensors community. Skyphos leverages robotics, specialized materials, and the innate flexibility of a Digital Manufacturing platform to enable start-ups to get to market sooner – and large companies to reduce costs associated with developing new ones. — 3DHeals, 5d ago

This material’s development represents a significant stride in broadening the scope of materials available for industrial 3D printing, particularly for materials capable of replicating or surpassing methods like injection molding. Such materials have the potential to vastly expand the realm of practical applications for 3D printing technologies. — 3D Printing, 3d ago

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...“The Hammer Pro40 was strategically developed to fulfill the growing demand for mass manufacturing with AM while still delivering the unique features of our technology. This innovation means a leap forward in terms of speed, precision, and cost-effectiveness, but it also opens up new opportunities to leverage the versatility of our manufacturing solution. Within a single print, you can create intricate medical gripping devices, patient-specific dental brackets, personalized jewelry pieces, prototypes for electronic devices, and customized automotive knobs for luxury interior designs – all in quantities ranging from single prototypes to mass manufacturing,” Incus CEO Dr. Gerald Mitteramskogler said. — 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing, 6w ago

Medical 3D printing involves the use of computer-aided design (CAD) and three-dimensional printing technology to create intricate and precise medical devices, implants, anatomical models, and even pharmaceuticals. Unlike traditional manufacturing methods, such as casting or machining, additive manufacturing builds objects layer by layer, offering unprecedented design flexibility and precision. — thomasnet.com, 10w ago

...3D printing technology can also be used to create overly complex structures and, in some cases, designs that would have been unattainable without 3D printing due to limitations associated with conventional manufacturing processes. This technology is increasingly being used in the eyewear industry to produce 3D-printed eyewear. It opens a wide range of possibilities for creating completely 3D-printed eyewear frames. — Medgadget, 12w ago

bitrebels.com, 9w ago

Inkjet Printing Technology: Unveiling The Magic Behind Digital Printing | Bit Rebels

thomasnet.com, 9w ago

3D Printing in Construction: Materials, Applications, and Advantages

3DPrint.com | The Voice of 3D Printing / Additive Manufacturing, 7w ago

3D Printing News Briefs, October 14, 2023: Smart Gloves, Architectural Ceramics, & More - 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing

3D Printing Industry, 9w ago

3D Printing Industry News Sliced: IperionX, Boston Micro Fabrication, 3YOURMIND, Tri-Tech 3D, and more - 3D Printing Industry

3D Printing Industry, 6w ago

Innovations in Microfluidics: Fabricating PDMS Devices with 3D Printed Master Molds - 3D Printing Industry

Latest

Powder bed fusion 3D printer manufacturer Xact Metal and System Create Co. partnered to broaden access to cost-effective metal 3D printing for small and medium-sized enterprises in Japan. Xact Metal’s CEO, Juan Mario Gomez, cites that the company aims to combine essential metal additive manufacturing specs with breakthrough technology, breaking down financial barriers. System Create Co., backed by three decades of 3D printing experience, will provide technical support for Xact Metal printers, supporting its mission of enabling widespread adoption of affordable metal 3D technology in Japan. — 3D Printing Industry, 6d ago

As such, in the production of semiconductors, 3DCeram technology is used to produce radiant tubes, wafer boats, gas induction ports, electrostatics chucks, nozzles and rings. The company’s SLA technology can also 3D print ceramic heating components used during thermal treatments. “They need to produce a lot of parts, so they really need our SLA 3D technology for its big 3D printing platform,” added Bourjol. — 3D Printing Industry, 4d ago

Pick and place process for uniform shrinking of 3D printed micro- and nano-architected materials... — SCIENMAG: Latest Science and Health News, 4d ago

Researchers use architected auxetics to achieve 300 times more flexibility in new 3D printing design... — phys.org, 3d ago

San Francisco-based manufacturing bureau Fictiv unveiled a suite of 14 new materials tailored for demanding industrial additive manufacturing projects. Among the diverse range are high-temperature selections like Ultem 9085, biocompatible alternatives such as ABS-M30i, and optical SOMOS materials. These materials find application across a spectrum of sectors, including automotive, industrial, consumer products, and medical fields, facilitating the creation of functional assemblies, jigs, fixtures, and large-scale production. Notable additions, such as Nylon 11 fire-retardant and soluble tooling material ST-130, offer advanced properties suitable for intricate and challenging applications. — 3D Printing Industry, 6d ago

...3D printing is gaining traction in construction for creating components on-site. This technology can significantly reduce construction time, minimise -waste and enable the creation of complex and customised structures.”... — Planning, Building & Construction Today, 4d ago

Latest

3D Printing Industry, 6d ago

Nikon SLM Solutions and Materialise forge partnership to disrupt metal AM - 3D Printing Industry

Archyde, 12d ago

ETH Zurich demonstrates the benefit of combining additive manufacturing and soft robotics - Archyde

Rebellion Research, 5w ago

Best White Toner Printers: A Guide to Professional-Quality Printing

3D Printing Industry, 18d ago

All the news from Formnext 2023: The complete round-up of new 3D printers and full additive manufacturing ecosystem - 3D Printing Industry

Fabbaloo, 14d ago

The (metal) Die is (sand) Cast « Fabbaloo

cambridgenetwork.co.uk, 7d ago

IPFL expands printing possibilities with new multi-material polyjet printer | Cambridge Network

INQUIRER.net, 5w ago

NASA 3D printed a deep space rocket nozzle

cambridgenetwork.co.uk, 12d ago

Unleashing the potential of Micro 3D Printing with the BMF PµSL System | Cambridge Network

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The commercial printer market refers to the market for printing equipment and services used by businesses and organizations for various purposes such as marketing materials, labels, packaging, and transactional documents. The market includes a wide range of printing technologies such as offset, digital, flexography, and gravure, as well as a variety of printing substrates and inks. — marketresearchblog.org, 20d ago

...“The Hammer Pro40 was strategically developed to fulfill the growing demand for mass manufacturing with AM while still delivering the unique features of our technology,” says Incus CEO Dr. Gerald Mitteramskogler. “This innovation means a leap forward in terms of speed, precision, and cost-effectiveness, but it also opens up new opportunities to leverage the versatility of our manufacturing solution. Within a single print, you can create intricate medical gripping devices, patient-specific dental brackets, personalized jewelry pieces, prototypes for electronic devices, and customized automotive knobs for luxury interior designs—all in quantities ranging from single prototypes to mass manufacturing.”... — Digital Engineering, 6w ago

...“The Hammer Pro40 was strategically developed to fulfill the growing demand for mass manufacturing with AM while still delivering the unique features of our technology,” emphasized Incus CEO, Dr. Gerald Mitteramskogler. “This innovation means a leap forward in terms of speed, precision, and cost-effectiveness, but it also opens up new opportunities to leverage the versatility of our manufacturing solution. Within a single print, you can create intricate medical gripping devices, patient-specific dental brackets, personalized jewelry pieces, prototypes for electronic devices, and customized automotive knobs for luxury interior designs – all in quantities ranging from single prototypes to mass manufacturing.”... — Fabbaloo, 6w ago

...3D Printing: 3D printing is being used to create custom-fit clothing, reducing fabric waste. It also allows for intricate designs that would be impossible with traditional manufacturing methods. — Causeartist - Ethical Business News, 6w ago

Wipprecht’s partnership with Chromatic 3D illuminates the potential of the company’s 3D printing technology for practical applications. Employing 3D printing, the designer seamlessly affixed around 75 flexible LED domes to the dress, obviating the necessity for conventional stitching or adhesives. This accomplishment widens the horizons for diverse applications, extending beyond the realm of fashion, says the company. Possibilities now encompass running apparel, bags, footwear, as well as applications in automotive and aerospace interiors, outdoor recreational equipment, and personal protective gear. — 3D Printing Industry, 26d ago

Digital printing presses represent one such innovation that has revolutionized commercial printing. These digital presses employ inkjet technology to produce high-quality, full-color materials in a fraction of the time required by traditional offset printing methods. This advancement has streamlined the printing industry, allowing for rapid production of marketing collateral, brochures, and other materials. — bitrebels.com, 9w ago

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...3D Printing (Additive Manufacturing): Additive manufacturing, or 3D printing, allows for on-demand and localized production of certain components or products. This can reduce lead times, minimize waste, and offer greater flexibility in responding to changes in demand. — IdeaScale, 4d ago

...3D Biofabrication Facility (BFF) by Redwire: Printing knee replacements in microgravity... — Popular Science, 5d ago

The complexity of 3D environments doesn’t end with the design of surfaces. In industrial applications, for example, 3D environments require moving parts and responsive elements. Rigging is the technical name for the process wherein virtual designers define the joint structure and range of motion for elements. Sometimes, 3D objects are modeled first from physical objects using motion capture. But the potential of the metaverse to create digital twins or virtual process modeling cannot be dependent on prebuilt physical environments. Technologies already exist to turn 2D images into 3D objects, and some companies are already allowing users to generate 3D objects from a text prompt. — spglobal.com, 6d ago

etmm-online.com, 27d ago

Five emerging companies triumph at Formnext's ninth Start-up Challenge

techbriefs.com, 4w ago

2023 Create the Future Design Contest: Manufacturing & Materials Finalist

marketresearchblog.org, 24d ago

Thermal Inkjet Inks Market Size Projected US$ 1.99 billion by 2033: Exclusive Report by FMI – Market Research Blog

3D Printing, 18d ago

Advanced 3D Inkjet Printing System Enhances Material Versatility - 3D Printing

Digital Engineering, 6w ago

Reimagining Toy Production With 3D Printing - Digital Engineering

Latest

The ChromaSet is an innovative iteration in the world of 3D printing. It allows users to create objects using filaments of multiple colors or materials, taking out the monotony usually experienced in traditional 3D printing. It's also easy to setup on traditional 3D printers to increase efficiency, printer control, and speed. — interestingengineering.com, 10d ago

...3D paint brushes are usually used in 3D modeling or sculpting applications to create and manipulate 3D objects or models. These tools allow users to paint directly onto 3D surfaces, adding textures, colors, and details to the models. This process is fundamental in creating realistic textures, adding intricate details, and bringing life to 3D objects in various industries like gaming, animation, film, and more. — MarkTechPost, 8d ago

CRP Technology will be supplying its industrial 3D printing service by manufacturing some functional parts and components for the lunar payload using Powder Bed Fusion process in Windform SLS composite materials that successfully fulfill the Space environment requirements. — JEC, 6d ago

HP 3D printing with IPFL offers several advantages for small batch production, including speed and efficiency, cost savings, high quality and accuracy, and flexibility and versatility. As businesses continue to seek ways to improve their manufacturing processes and reduce costs, HP MJF 3D printing is becoming an increasingly popular solution. Whether you’re looking to produce prototype parts, end-use components, or anything in between, HP MJF 3D printing is definitely worth considering for your small batch production needs. — cambridgenetwork.co.uk, 4d ago

Atomic Industries is set to leverage Velo3D’s metal 3D printing technology to provide customers with 3D printed tooling and dies. — TCT Magazine, 5d ago

Going far beyond consumer-grade headsets that only cater to 2D productivity use cases, Varjo’s 4th generation headsets are designed to deliver deeply immersive VR/XR experiences for industrial customers who require top visual fidelity and performance. Over 25% of Fortune 100 companies are using Varjo’s technology to train astronauts and pilots, radically shorten automotive production timelines, power medical breakthroughs, and render stunning 3D visualizations for architects and designers. — Yole Group, 5d ago

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thomasnet.com, 10w ago

Medical 3D Printing: Applications, Advantages, and Future Outlook

Fabbaloo, 10w ago

Shaping Sustainable Structures: Exploring 3D Printing in Construction « Fabbaloo

phys.org, 7w ago

Micro/nanoscale 4D printing revolution: Manufacturing high-resolution transformable 3D structures

Manufacturers' Monthly, 6w ago

Half the Time and Cost: How 3D-printed Molds are Transforming Thermoforming Processes

TechRound, 8w ago

The Impact of 3D Printing on Solar Panel Production

Design World, 10w ago

How 3D printing is revolutionizing the way we build

3D Printing Industry, 12w ago

Formlabs launches two new resins and Open Platform to optimize material accessibility - 3D Printing Industry

marketresearchblog.org, 9w ago

Digital Textile Printing Market: Transforming the Fabric of the Textile Industry, Register An Impressive Annual Growth Rate Of 12.2% By 2033 – Market Research Blog

Latest

Divergent Technologies (2014) is a developer of 3D printing technologies for automotive manufacturing. DAPS additively manufactures structures through generative design, 3D printing and robotics. — Zephyrnet, 5d ago

For over 50 years IPFL has continually provided quality plastic components for industrial, medical, transport, aero, consumer, defense, and security sectors. The company has utilized polyjet since 2003, producing high precision prototypes with complex geometry and intricate detail. Its materials are medically approved and soluble, leaving pristine parts that can mimic overmolded products. The J850 is set to reduce IPFL’s process downtime from material changeovers with new integrated material bays, and will reduce the need for multiple print processes thanks to the material variety on offer. — cambridgenetwork.co.uk, 7d ago

IPFL is at the forefront of micro 3D printing innovation with the BMF PµSL system, offering unparalleled precision in manufacturing microscale components. Ideal for aerospace, medical, and electronics industries, this advanced technology enables the creation of highly detailed parts previously impossible with traditional methods. The PµSL system excels in rapid prototyping and reducing production costs by eliminating traditional tooling, streamlining design processes, and minimizing waste. With expertise in micro part manufacturing, IPFL delivers exceptional accuracy and customer satisfaction, ensuring seamless integration of the PµSL system for intricate, high-quality components. Embrace the future of manufacturing with IPFL’s micro 3D printing capabilities, where intricate design visions become reality. — cambridgenetwork.co.uk, 12d ago

Because of the quick and cost-effective nature of 3D printers, they are a great option for startups that require equipment that can fabricate objects with complex designs that are both durable and versatile. We have covered everything from 3D printing for space startups to startups involved in drone logistics. — Fabbaloo, 13d ago

In the realm of PCB assembly, emerging technologies encompass advanced robotics and 3D printing. Robotic arms on automated assembly lines elevate precision and efficiency, while 3D printing facilitates the creation of intricate structures while simultaneously minimizing material waste. — Science Times, 10d ago

Meanwhile, Lithoz‘s Lithography-Based Ceramics Manufacturing (LCM) technology is enhancing 3D printing for aerospace applications. High-performance ceramics, known for their hardness and resistance, are gaining prominence as they surpass metal limits under harsh conditions. Lithoz’s CeraFab S65 with LCM enables precise 3D printing of ceramic casting cores for aircraft turbine blades, reducing development time. Its multi-material 3D printers offer flexibility, allowing tailored porosity and complex designs, improving efficiency, and reducing space debris. Lithoz has scaled up production, showcasing the potential for efficient aerospace components like ceramic RF filters and silicon nitride aerospike nozzles. — 3D Printing Industry, 13d ago

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Additive Manufacturing of Precious Metals with Improved Resilience and Multi Functionality, led by Dr Biao Cai, University of Birmingham and Dr Selassie Dorvio, Cooksongold. Precious metals are indispensable for many production processes and products today, from wedding rings to dental implants. This project aims to design, develop, fabricate, and test high-performance precious metal alloys specifically customized for laser powder bed fusion, a 3D printing technique, targeting applications in space, healthcare, glass manufacturing and jewellery. — University of Birmingham, 13d ago

US 3D printer manufacturer nano3Dprint upgraded A2200 and B3300 printers with precision dispensing tips, enhancing resolution (200 to 100 microns). Ramsey Stevens, nano3Dprint’s CEO cites increased demand for higher resolution prints for diverse 3D designs and smaller electronic components. The precision tips improve stability and accuracy. Additionally, these 3D printers feature glass syringes for handling corrosive substances, providing advantages over plastic syringes. Specialized adapters allow the use of glass syringes, precision nozzles, and high-resolution nozzles, facilitating more precise and versatile 3D printing for improved dimensional accuracy and surface finish in prototypes. — 3D Printing Industry, 7d ago

The 3D Printing in Healthcare Market involves the utilization of 3D printing technology in the healthcare sector. This technology allows the creation of three-dimensional objects through the layer-by-layer deposition of materials. In healthcare, 3D printing finds application in various areas such as prosthetics, pharmaceuticals, implants, tissue engineering, and anatomical models, among others. This technology offers numerous benefits including personalized treatment options, enhanced surgical planning, improved customization of medical devices, and reduced costs. The use of 3D printing in healthcare is expected to revolutionize the medical landscape by enabling the production of complex structures and customized solutions that were previously unattainable. — Medgadget, 13d ago

3DHeals, 5d ago

3D Printing Organ on a Chip, Microfluidics Devices

3DPrint.com | The Voice of 3D Printing / Additive Manufacturing, 17d ago

GM Buys Tesla's Sand 3D Printing Provider for Gigacasting - 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing

phys.org, 3d ago

Researchers use architected auxetics to achieve 300 times more flexibility in new 3D printing design

3D Printing Industry, 26d ago

Formnext 2023: WASP redefines 3D printing with robotics, pellet extrusion, and parametric modeling - 3D Printing Industry

TrendHunter.com, 11d ago

3D Medicine Printers

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The dedicated space in the Coleshill facility includes product displays of custom solutions to support ideation and training, while promoting designs that vigorously address the evolving needs of sectors such as original equipment manufacturing (OEMs), e-mobility and transportation. Automation techniques like coiling systems and laser printing have been adopted in the facility helping remove hazardous waste from printing operations. — IT Brief UK, 25d ago

The reality of 3D-printed construction is complex and nuanced. There are applications of 3D printing in construction that need to be refined, such as the expectations of instantaneous structures. Instead, designers can focus on offsite models and intricate designs that incorporate sustainable materials in mindful ways. Traditional construction companies may not have immediate access to the necessary technology to create digital files for 3D print models, much less entire structures. — Fabbaloo, 10w ago

Polymers are advancing manufacturing, especially additive manufacturing or 3D printing. Companies can use these low-cost, easily processed soft materials to make many different parts, tools, and products. Advancing polymers could enable industry to efficiently manufacture higher quality products with tailored properties and intricate shapes and structures. This would expand polymers' use in high-performance applications such as automobiles and aerospace. — phys.org, 4w ago

Digital printing offers superior print quality compared to traditional printing techniques. Only one pass is required to print all colors. Digital printing technology allows users to make last-minute changes before printing. Digitally printed packages are considered an environmentally friendly printing process as they do not require water, photographic chemicals, or prepress. Demand for digital packaging for packaging is increasing in various industries such as cosmetics, pharmaceuticals, food / beverage, electrical / electronic, etc. These factors are driving the digital printing packagingmarket. — alliedmarketresearch.com, 7w ago

...3D printing is at the centre of these advancements, with ICON Technologies developing 3D-printed houses on the Moon and Photocentric developing a 3D printer for in-space manufacturing. — Verdict, 10w ago

...3D Printing: The field of 3D printing has expanded beyond sculptures and architectural models to include furniture design. It allows for customization and prototyping, saves material waste, and allows for complicated, geometric shapes that were previously difficult to accomplish. — Welp Magazine -, 28d ago

Latest

TCT Magazine, 5d ago

Atomic Industries to deploy Velo3D Sapphire metal 3D printer for injection moulding tooling

3D Printing Industry, 5w ago

3D Printing Industry News Sliced: MxD, Meltio, Axial3D, Nikon, Revo Foods, AddUp, and more - 3D Printing Industry

marketresearchblog.org, 27d ago

3D Printed Packaging Industry Size Projected to Reach US$ 2,560.0 million by 2033: FMI Study – Market Research Blog

cambridgenetwork.co.uk, 4d ago

HP MJF 3D printing for small batch production | Cambridge Network

3DPrint.com | The Voice of 3D Printing / Additive Manufacturing, 17d ago

Around the World in 3D Printed Buildings - 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing

3D Printing Industry, 4d ago

[INTERVIEW] Formnext 2023: scaling the production of technical ceramics with 3DCeram Sinto’s semi-automated production line - 3D Printing Industry

3DPrint.com | The Voice of 3D Printing / Additive Manufacturing, 17d ago

Unbelievably Tiny Probes 3D Printed by Exaddon for Semiconductor Testing - 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing

marketsandmarkets.com, 4w ago

Top In Space Manufacturing Companies| Semiconductor Manufacturing Equipment Industry Players

Latest

Titan is part of a complete solution for large part printing with the Wash XL and Cure XL post-processing units, extensive range of resins, design software, recycling options, training and extended product warranty. Unusually in 3D printing, Photocentric was a resin manufacturer first and is vertically integrated making both printers and materials. This gives then a different view of what is needed to enable the mass manufacture of digital parts. Photocentric work directly with users to optimise their applications, creating competitive advantages over other systems. — cambridgenetwork.co.uk, 7d ago

...1. Integrated 3D Printing in Healthcare - The integration of 3D printing in healthcare is transforming the industry by allowing pharmacists to swiftly create customized medications locally, resulting in on-demand, personalized pharmaceutical solutions. — TrendHunter.com, 11d ago

Home AM Technology News + Latest Additive Manufacturing News Orbital Space to lean on CRP Technology's Windform 3D printing materials as part of Lunaris Moon Mission... — TCT Magazine, 12d ago

Where will Pinarello go next? Mr. Pinarello thinks tech advances, as compelling as they were over the past decades with innovations such as carbon frames, electronic shifting, disc brakes and wind-tunnel testing to create sleek bike profiles, still have a long way to run. New materials and manufacturing methods are inevitable, he says. Already Pinarello is experimenting with 3-D printing in non-carbon materials that would allow custom-made frames and local production. — The Globe and Mail, 9d ago

The Barcode Printers Market caters to a specialized niche in the printing industry, focusing on the production of barcode labels and images for various applications. Distinguished from conventional printers, these machines utilize distinct consumables and technology to generate high-quality, machine-readable barcodes efficiently and cost-effectively. With their ability to deliver clear, fast, and precise barcode printing, the Barcode Printers Market plays a pivotal role in enhancing inventory management, retail operations, and supply chain efficiency. — marketresearchblog.org, 12d ago

TEI’s expertise in sand casting techniques has been pivotal in developing Tesla’s gigacasting molds, contributing to their ability to produce complex components more economically. TEI utilizes binder jet 3D printers to rapidly create and modify industrial sand molds from digital files, allowing cost-effective casting of molten alloys with quick reprints for design adjustments. — 3D Printing, 18d ago

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In the office, the mainstream printing technology is lasers. But by changing to inkjet, we can save considerable amounts of electricity and also dramatically significantly fewer replacement parts. In the area of commercial industrial printing, for example, textile printing, we can change from the traditional analog processes to digital inkjet. We can save vast amounts of water, use much less ink and eliminate costly printing plates and make the whole process much shorter. — DATAQUEST, 10w ago

Elsewhere, Agile Space Industries is working to certify Ni625 powder from industrial 3D printing materials manufacturer 6K Additive. Once certified, Agile will use this material to 3D print critical space rocket parts. In fact, the first parts to be 3D printed using the Ni625 powder will be used in Agile’s A2200 bipropellant hypergolic engine. — 3D Printing Industry, 6w ago

...4D printing is an advancement of 3D printing technology that creates 3D shapes that can change in form when triggered by environmental stimuli. The purpose of this technology is to combine technology and design to invent self-assembly and programmable material technologies aiming at reimagining construction, manufacturing, product assembly, and performance. This printed object can change shape due to many factors such as air, heat, pressure, and magnetism. Although this technology is predominantly still in the research stages, it has already been used for several useful applications. Currently, the surge in investments by armed forces to simplify weapons & equipment in the defense industry along with high demand for lightweight parts is likely to help armies gain an upper hand, which is expected to drive the 4D printing market growth for military applications. — alliedmarketresearch.com, 12w ago

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The use of additive manufacturing (AM), also known as 3D printing continues to grow. With the flexibility AM offers, this technology is transforming how products are manufactured. It enables creativity in design and choice of materials such as polymers or metals. — EAG Laboratories, 13d ago

Large-scale additive manufacturing eliminates the need for forms, dyes, or tooling, allowing for the unique creation of each item without sacrificing time for further complexity or customization. — Sify, 12d ago

Engineers at Columbia University are exploring the potential benefits and challenges of 3D food printing. This emerging technology, involving cooking devices such as 3D printers, lasers, and software-driven processes, could soon revolutionize our kitchens, potentially replacing conventional appliances like ovens and microwaves. — Earth.com, 13d ago

...“KPD created HyperLok™️ High-Temp 3d Printing adhesive to unlock the potential of high-temperature 3D printing materials like PEEK and Ultem”, said Travis Kemp, founder of KPD. — 3D Printing, 12d ago

Stakeholders in this project successfully transformed slow-curing plastics into 3D printing. These plastics are elastic, more durable and allow a handheld robot to print them in a single pass. This success was made possible by cooperation with the American startup Inkbit and its technology. They worked together on the study “Vision-controlled jetting for composite systems and robots” with the aim of producing complex, high-resolution structures with different material properties and recreating the functions of natural organisms in synthetic form. They combined 3D printing with laser scanners and a feedback mechanism. This approach enabled 3D printing of low-viscosity, slow-curing polymers with excellent elasticity. It is thus possible to produce complex and resistant materials used for robots, composed of different high-quality materials and having a combination of elastic and rigid structures. The continuous printing of delicate parts and cavity structures similar to those of a human being also opens up new perspectives in soft robotics. The study results were published earlier this month in the journal Nature. — Archyde, 12d ago

...3D printing in space is critical as crews traveling farther in space will be less dependent on cargo missions launched from Earth. Veteran cosmonaut Oleg Kononenko printed test samples in a 3D printer to learn how to manufacture tools and supplies on-demand in microgravity. The five-time station resident also attached sensors to himself measuring his cardiac activity for a long-running Roscosmos experiment. — SciTechDaily, 11d ago

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A digital printing is a process of printing from an electronic file. The digital printing is an alternative printing method to traditional printing; thus, eliminates unnecessary steps of traditional printing methods such as printing plates, color proofs, and more. However, digital printing has a higher cost per page than offset printing method but reduce the cost by producing several thousand lager print on sheets at a lower rate. Moreover, commercial printing is witnessing provisional and fundamental changes, as the immediate shift from offset printing to digital printing methods, owing to demand for low-cost printing methods. — alliedmarketresearch.com, 8w ago

..."A lot of these wheel features were put in just to highlight what you can do with additive manufacturing," said Richard Hagen, a mechanical design engineer for NASA and additive manufacturing lab manager at NASA's Johnson Space Center in Houston. "It lets you easily implement design features that are hard to implement with traditional tooling or even a traditionally machined part." ORNL's ability to print large objects demonstrates the potential of additive manufacturing technology for producing much larger rover wheels for both lunar and Martian missions, Hagen said. — phys.org, 8w ago

A final trend in 3D printing is hybrid and multi-material printing, which is the process of combining 3D printing with other manufacturing methods, such as CNC machining, injection molding, or laser cutting, to create complex and multifunctional products. It is used to create objects that consist of more than one material — metals, ceramics, or composites — to achieve different properties and performance. Hybrid printing and multi-material printing have the potential to expand the capabilities and applications of 3D printing by enabling the creation of products that are stronger, lighter, or more durable. — mddionline.com, 8w ago

...“System Create Co. provides high level manufacturing solutions including 3D printers and 3D scanners from world-class brands, as well as traditional manufacturing products and software systems. With 30 years of experience handling 3D printers, the knowledgeable System Create Co. team will skillfully provide technical support and maintenance for Xact Metal printers. Through System Create Co, the mission of Xact Metal to reduce financial barriers into metal 3D technology can completely permeate small to medium enterprises in Japan.”... — Fabbaloo, 8w ago

On the AMUG stage, Jason Lopes, a returning favorite, will discuss how additive manufacturing and 3D scanning have been advanced by the entertainment and creative services industries through the completion of unique projects that posed remarkable challenges. He assures the audience that they will be astounded by the extensive use of additive manufacturing in resolving manufacturing difficulties to transform creative ideas into reality for items ranging from movie props to consumer products to fine art. — Design World, 4w ago

In construction, 3D printing — also known as additive manufacturing — refers to the process of printing layer-upon-layer of construction materials to create three-dimensional shapes. 3D printers receive design information via computer-aided design (CAD) or building information modeling (BIM) programs to produce specific components or entire structures. — thomasnet.com, 9w ago

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The opportunities here are broader than just plastics or indeed the material choice. Hexagon partner, Divergent Technologies, is pioneering green manufacturing through its Divergent Adaptive Production System (DAPS), which integrates AI-optimised generative design and additive manufacturing for mass-producing lightweight automotive components. DAPS significantly reduces material usage, costs, and emissions, with impressive weight reductions of 20% to 70%. It employs 3D printing of metal alloys and autonomous assembly with adhesives, transforming the automotive and aerospace industries while emphasising sustainability. Digital reality is driving a fundamental shift in design optimisation, reducing waste, and enabling eco-friendly solutions in the automotive industry. — Hexagon's Manufacturing Intelligence Blog, 19d ago

Mar. 7, 2023 Researchers have created software and hardware for a 4D printer with applications in the biomedical field. In addition to 3D printing, this machine allows for controlling extra functions: programming ... — ScienceDaily, 21d ago

Starting from a digital design, TEI and its colleagues use 3D printers called binder jets to build sand molds that can cast molten alloys. These can be printed quickly and cheaply, allowing Tesla to swiftly iterate designs for body parts. — Charged EVs, 14d ago

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The development is akin to how 3D Systems’ stereolithography singlehandedly shaped the dental market by enabling the production of custom molds for thermoforming dental aligners. Rather being used for direct part manufacturing, sand 3D printing could redefine vehicle production. — 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing, 17d ago

Delving into specifics, Stapleton shed light on 3D Systems’ extensive portfolio tailored for dentistry. He mentioned applications ranging from orthodontics to prosthetics, showcasing their versatility in creating dental models, crowns, dentures, nightguards, surgical guides, and more. Particularly, he elucidated how 3D Systems technology facilitates precise bracket placements in orthodontics and enables production of the final prosthetic for the patient directly from 3D printing. — 3D Printing Industry, 13d ago

Researchers from Swiss institute of technology ETH Zurich have succeeded in 3D-printing a robotic hand with bones, ligaments and tendons made of different polymers, using a new printing technology developed by Inkbit, an MIT spin- off. Key to the advancement is the capability to 3D-print both fast- curing and slow- curing plastics, paving the way to combining soft, elastic, and rigid materials in one go. To accommodate the use of slow- curing polymers, the new printer is equipped with a 3D laser scanner that checks each printed layer, allowing to compensate surface irregularities instead of scraping them off. Inkbit is planning to use the new technology to offer a 3D printing service to its customers and to sell the new printers. The research paper is available here. — EDACafe Editorial, 14d ago

This brings us to another related topic, which is the use of polymer 3D printing to produce sacrificial cores. Printing sacrificial cores for metal casting is possible via stereolithographic 3D printers (in fact this is a major application area for large SLA systems or voxeljet’s unique PMMA binder jetting systems), however, in our analysis, we tend to consider these as polymer 3D printing processes and we will address them only marginally in this article. This remains a relevant topic and a valuable application of 3D printing across multiple industries (automotive, energy, aerospace, maritime), especially considering that it is a process capable of large-batch and serial manufacturing. — Fabbaloo, 14d ago

Initially, the materials that could be used for 3D printing were limited to fast-curing plastics, but new methods developed by researchers at ETH Zürich in collaboration with US-based startup Inkbit have broadened this to include slow-curing plastics as well. Now, it’s possible to print objects containing multiple materials at once, and to combine soft, elastic, and rigid materials into more complex shapes than ever before. — IFLScience, 19d ago

The Kythera AI Surface Navigation plugin aims to streamline development and design processes for game studios, offering a cost-effective solution for creating agents that navigate on and around 3D terrain with various orientations. Key benefits include the ability to create unique gameplay experiences, optimize game performance, and empower designers with tools to simulate realistic movement on 3D terrain. — Game Industry News, 13d ago

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First, many industrial buyers will be interested in printing in materials other than PLA, so they will have to investigate purchasing other machines. The market for the Giga will likely be companies looking to print large non-functional prototypes where the shape is the goal. — Fabbaloo, 20d ago

...3. Biofabrication Techniques - Advancement in biofabrication techniques by using 3D printing to grow bio-pigmented organisms and create functional products. — TrendHunter.com, 15d ago

German 3D printing company Tangible Engineering debuted its new Solidator 8K resin 3D printer at the tradeshow. The system boasts a production rate of up to 9157 cm³ per hour and a build volume measuring 330 x 185 x 400 mm. Tangible Engineering emphasizes that it tackles the economic feasibility of 3D printing for series production by narrowing the gap between prototyping and mass manufacturing. Enabling both cost-effective and adaptable production of end-use components, the system unlocks opportunities for on-demand manufacturing within digital warehouses. — 3D Printing Industry, 14d ago

...3D inkjet printing is a process that involves depositing small amounts of liquid materials to help develop 3D objects. The MIT team said this method lets engineers make hybrid structures that have soft and rigid components, such as robotic grippers used by human workers. — Silicon Republic, 18d ago

The latest next-level developments in industrial 3D Printing were also on display. Exhibitors presented robotic 3D Printing systems for plastics, for instance, which can even be used to print entire boats. While in metals, companies such as AMCM, Eplus 3D, Insstek and others demonstrated that highly complex components weighing several tons, such as rocket engines, can be manufactured in one piece using precision AM. In nanotechnology, exhibitors such as BMF and Nano Dimension presented new solutions that can be used, for example, for the 3D printing of electronic components and much more and will make numerous new applications and products possible in the future. The high level of innovation at Formnext was also demonstrated by established players and young start-ups alike, including Bosch, D3-AM, Reinforce 3D and Venox Systems, which presented the latest Additive Manufacturing technologies. — ETMM, 20d ago

The process of realizing creative ideas is being revolutionized by 3D printing. With the use of this technology, designers and artists may materialize their digital works into physical items. For visual creatives, 3D printing provides countless options, from complex sculptures to useful prototypes. Exciting possibilities for 3D printing in the future include quicker printing speeds, more use across a range of sectors, and more widely available and environmentally acceptable materials. As this technology spreads, it will enable artists to push the limits of what is aesthetically feasible. — Global Trade Magazine, 24d ago

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Additionally, UnionTech’s tire molds industrial 3D printing solution integrates 3D technology, including equipment, materials, pre-processing, and a cloud platform. The RA600 maintains precision in printing tire molds, with dimensional deviations within ± 0.1mm, pattern accuracy within ± 0.02mm, and circular alignment accuracy within ±0.5mm. It frees tire mold factories from design complexities, speeding up design iterations and boosting production capacity. This technology addresses diverse design characteristics, offering an efficient solution for the tire mold industry. — 3D Printing Industry, 20d ago

EOS, Arkema, General Lattice, and DyeMansion unveiled the Digital Foam Architects network to expedite AM of consumer, medical, and industrial products. The Digital Foam Architects network, led by EOS, addresses the complex design, material, and AM hardware requirements, formalizing a partnership of experts across the entire AM spectrum. Central to Digital Foam is EOS’s patent on generatively 3D printed lattice structures, providing diverse opportunities for AM innovation. EOS foresees network expansion with more partners. — 3D Printing Industry, 14d ago

Inkbit, a pioneer in advanced additive manufacturing solutions, has announced the publication of a landmark study in the journal Nature, demonstrating the use of its Vision-Controlled Jetting (VCJ) technology to directly manufacture complex multi-functional systems in one print, without assembly of subcomponents. Written in collaboration with MIT and the Soft Robotics Lab at ETH Zurich, the paper, titled “Vision-Controlled Jetting for Composite Systems and Robots,” demonstrates how VCJ opens a new frontier in manufacturing, by expanding our capabilities to recreate synthetically the intricate structure and functionality of natural organisms. — Metrology and Quality News - Online Magazine, 12d ago

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Formlabs introduces elastomeric BioMed materials, BioMed Elastic 50A Resin, alongside BioMed Flex 80A Resin and IBT Flex Resin to streamline workflows and reduce labor time for flexible, dental and medical biocompatible parts, the company reports. Formlabs introduces three healthcare-focused materials to its library. The two new BioMed materials will expand the applications for 3D printing in healthcare, reducing the time and costs associated with traditional production methods, such as molding, for surgical models and medical devices. Additionally, IBT Flex Resin is designed with tear-resistant and transparent properties for dental applications including 3D printed direct composite restoration guides and indirect bonding trays. — Digital Engineering, 7w ago

Aerospace propulsion system developer Agile Space Industries is pursuing certification of Ni625 powder from Industrial 3D printing materials manufacturer 6K Additive. Agile is hoping to use this material for customer space applications including critical rocket parts. — 3D Printing Industry, 11w ago

...2. 3D Printing - The use of 3D printing in creating fashion accessories opens up opportunities for unique and customizable designs. — TrendHunter.com, 9w ago

One of the most promising sectors for the integration of 3D printing with robot arms lies in austere production environments, naval sustainment, and defense manufacturing. In these contexts—whether it’s boats, drones, airframes, chassis components, missiles, or tank hulls—robotic arms stand to become the future of production tooling, both in domestic factories and on the front lines. However, there’s a nuanced issue when considering the involvement of Machina Labs and Kuka in such sensitive applications. — 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing, 11w ago

In addition to efforts to 3D bioprint human tissue in space, additive manufacturing is playing a central role in space exploration, used for everything from on-demand parts production to extraterrestrial housing construction. — Digital Engineering, 11w ago

Incorporating AI into their 3D printing process is another dimension Turner was excited to discuss. “Precision medical device design will become even more scalable with advancements in AI, 3D printing, and additive manufacturing.” The integration of AI, particularly in the segmentation process, promises to accelerate the transition from medical images to 3D printable files. — 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing, 5w ago

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Material flexibility is another frontier where pellet extrusion shines. Unlike traditional 3D printing constrained to specific materials like PLA or ABS, pellet extrusion opens the door to many materials, including carbon fiber-filled and high-temperature materials. Kasat emphasized, “They can select the material of their choice for end functionality,” thus expanding the realm of applications in traditional manufacturing that were previously unreachable by 3D printing. — 3D Printing Industry, 19d ago

...“The new capability introduced by CASTOR will be a game-changer for engineers, significantly reducing the time and effort required to qualify AM parts,” commented Omer Blaier, co-founder and CEO of CASTOR. “This tool will eventually enable engineers to expedite the identification of parts suitable for 3D printing and allocate their valuable skills to more strategic tasks. With this innovation, we aim to transform the landscape of additive manufacturing and make it even more accessible for companies relying on 2D PDF drawings in their manufacturing processes.”... — TCT Magazine, 19d ago

The Netherlands-based company will use Photocentric’s Liquid Crystal Titan 3D printer to produce a range of large pieces for customers operating in film and television, museums and exhibitions, and outdoor sculptures and street furniture. — TCT Magazine, 13d ago

The innovative printer employs high-frame-rate cameras and lasers to scan the printing surface, adjusting resin deposition in real-time. This approach eliminates the need for mechanical parts to smooth resin, enabling the use of materials with properties superior to traditional acrylates, such as greater elasticity and durability. — 3D Printing, 18d ago

Before AI 3D generators became commonplace, those looking to create 3D designs had to use 3D software like Autodesk Maya, Blender or Adobe Substance 3D Designer to create the 3D models. Unlike AI 3D generators, not everyone can use traditional 3D software, as it requires specialized knowledge. AI 3D generators are revolutionizing and democratizing access to 3D designs by allowing anyone, regardless of their technical skills, to create stunning 3D designs with ease. — eWEEK, 16d ago

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Several space agencies and private firms have shown interest in the construction of lunar infrastructure, which includes roads, habitats, and other essential infrastructures. 3D construction giant ICON is delving into developing a lunar surface additive construction system. Meanwhile, the Australian additive construction equipment and technology manufacturer, Luyten, is collaborating with the University of New South Wales Sydney to accelerate the development of 3D printing technology for lunar structures. Jacobs, on the other hand, is channeling its efforts towards innovative methods to derive building materials from Martian and lunar regolith using autonomous additive construction systems. — 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing, 4w ago

Click Here to Get Free Sample Copy of this Report @ https://www.persistencemarketresearch.com/samples/10927The functional printing market has seen development of new products as a result of the merging of several industry sectors, including printing, materials (substrate, dyes, and chemicals), and electronics. Functional printing is an innovative printing technique used across industries such as paper, textiles, electronics, healthcare, and automotive. Electronic goods that are mass-produced using functional printing include sensors, radio-frequency identification (RFID) chips, light crystal displays (LCDs), and photovoltaic cells. Growing demand for these products will play a critical role in expanding the worldwide functional printing industry. Burgeoning demand for low-cost and high-volume electrical component manufacturing will also boost the global functional printing market. Further, increasing awareness about the advantages of functional printing over other printing technologies will elevate its demand. Key Takeaways from the Functional Printing Market Report: Global functional printing demand is likely to increase at 11.2% CAGR between 2022 and 2032. — openPR.com, 9w ago

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