NASA has successfully tested its first rocket engine component made through 3D printing. The 3D printed component produced a breathtaking 20,000 pounds of thrust.
Article from BigRep. As FFF extrusion technology reaches the peak of its development cycle, it becomes less likely that the technology's quality will meaningfully improve. Additive manufacturing must be rethought from its foundation.
Specialty materials that have different mechanical, thermal, chemical, temperature, and conductive properties will continue to enable use cases where designs can be further optimized through the specification of specialty materials that best suit the part requirements.
There are three primary uses for ESD safe plastics: electronics manufacturing (e.g. ESD safe jigs and fixtures for printed circuit board manufacturing), materials in a combustible/explosive environment, and nuisance static charge elimination
The materials have a non-uniform, crystalline structure, making components built with them much stronger than those built using a standard uniform lattice structure. So much stronger, in fact, that they can withstand seven times the amount of energy ...
Metal AM gives engineers the opportunity to design higher performance parts with a much simpler manufacturing workflow than traditional manufacturing (think: rocket engines).But, in many cases, taller and larger parts will be no-bid or priced too high for the market.
This new technology makes it possible to print five times faster - with greater precision and quality - than current extrusion speeds. MXT® establishes a clear separation between filament feeding and melting and molten extrusion...
KeraCel, a World Leader in Solid-state Lithium Ion Batteries, Announced a Breakthrough in its Multi-material Ceramic Battery Using its Proprietary 3D Printing Technology
KeraCel is developing its ceramic solid-state batteries using proprietary additive manufacturing 3D printing technology resulting in unique monolithic structure. The unique structure allows for greatly increasing battery energy density, and producing safer and longer lasting
One of the first trends driving change is 3D printings transition from prototyping to commercial-grade production, combined with the increasing popularity of metal as a printing material.
The collaboration has already resulted in the 'reinvention of a lamp holder previously prone to part failure, and the automation of a previously labor intensive line using lightweight design.
Top Five Teams Win a Share of $100,000 in Virtual Modeling Stage of NASA's 3D-Printed Habitat Competition
Winning teams successfully created digital representations of the physical and functional characteristics of a house on Mars using specialized software tools.
3D Printing Technologies Set to Transform Global Homelessness with 600-800 Square Foot Homes Printed in Under 24 Hours for $4000 in Underserved Communities
Time Sensitive Networking (TSN) offers network convergence and will enable effective implementations of Industrial Internet-of-the-Things set-ups.
Ben Coxworth for New Atlas: When items are printed using the new technology, they're made up of voxels that incorporate either red, yellow or blue light-sensitive dye. All of the voxels take on their colors when the object is exposed to ultraviolet light.
Kristin Houser for Futurism: Today's desktop 3D printers are fairly limited in terms of capabilities. However, we could be just a couple of decades away from a world in which every home has a 3D printer, capable of producing almost anything we can imagine.
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Xcentric offers a wide range of Rapid Manufacturing services that support our customers through each stage of the product introduction cycle: research and development, rapid prototyping, pre-production, testing, and market introduction. Xcentric's team has offered Rapid Manufacturing services for more than two decades, giving us substantial experience to help our customers select the right process or combination of processes to meet their project objectives. Moreover Xcentric has developed highly advanced manufacturing systems to shorten the production cycle to the extreme. It is precisely our experience and systems that allow us to quickly converge on solutions, reduce process variability, and repeatedly deliver to very compressed schedules.