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FEEver heard of additive manufacturing?
Explore the incredible work behind the #FerrariF80's suspension system with Maria Chiara Marchese, from our Additive Manufacturing team.
@ferrari
#Additivemanufacturing
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FOThe Form 4L is a blazing-fast, large-format SLA 3D printer with a reliable, accurate print engine to turn your biggest ideas into reality. Build volume: 353 x 196 x 350 mm (13.9 x 7.7 x 13.8 in).
A great video from Karl Eriksson at Addinor, Formlabsā authorized partner and additive manufacturing expert in Sweden, Denmark, Norway, Finland, Latvia, and Estonia.
@formlabs
28.0K
MR- The post showcases a 15-second video of two 3D-printed halvesāa ridged purple piece and a matching black oneāpressed together by hands to form a seamless, squashable skull-shaped fidget toy, baffling viewers with its fluid integration.
- Uploaded February 10, 2026, by @area389b (a casual content creator focused on intriguing visuals), it exploded to 3.3 million views and 3,600+ likes within a day, driven by shares in DIY and tech communities.
- The effect highlights TPU filamentās elasticity in consumer 3D printing, enabling snap-fit designs that mimic industrial molding without visible seams, as seen in peer-reviewed studies on multi-material additive manufacturing for functional prototypes.
@mrzooou
497.0K
DEAdditive manufacturing company Rapid Liquid Print (@rapidliquidprint) has produced a handbag for French fashion brand Coperni (@coperni) utilising rapid liquid 3D-printing technology.
Presented as part of Coperniās Spring Summer 2025 show, the Ariel Swipe bag is made by piping liquid silicone into the desired shape in a gel suspension, which holds the silicone in place until it has solidified.
Click the link in our bio to find out more.
āļø Ruby Betts (@rubybettss)
š· Rapid Liquid Print and Coperni (@rapidliquidprint and @coperni)
@dezeen
21.1K
BUAs the world of fashion continues to evolve, the intersection of technology and creativity is leading us into a transformative era. Among the groundbreaking innovations reshaping the industry, 3D printing stands out as a game-changer. This technology is not just a trend; itās a revolutionary tool thatās pushing the boundaries of design, sustainability, and manufacturing.
WHY 3D PRINTING IS THE FUTURE OF FASHION:
3D printing, or additive manufacturing, enables designers to create intricate patterns, custom-fit garments, and avant-garde accessories that were once deemed impossible with traditional methods. By layering materials such as resin, nylon, or even bio-fabricated substances, 3D printing opens up endless possibilities for experimentation and personalization. Find out more on Buro247.me
Video credit: @karinabondlondon
#fashion #3dprinting #3dart
@buro247me
220.5K
MIA Hungarian startup is generating buzz with its automated manufacturing system for building robots that's straight out of Westworld.
Budapest-based Allonic just raised $7.2 million to develop its so-called 3D tissue braiding system designed to replace traditional robot assembly. The pre-seed funding round, reportedly the largest in Hungary's history, was led by Visionaries Club, a European early-stage investor group, with other participants including Day One Capital, Prototype, SDAC Ventures, TinyVC, and angel investors affiliated with OpenAI and Hugging Face.
Instead of machining and assembling rigid components, Allonic's system weaves robot bodies in a way that's closer to making clothing than industrial machinery. It braids high strength fibers, elastic materials, tendons, cables, and other wiring around a simple internal frame. The result is a robot that's mechanically complete and ready for activation.
The startup shared footage of the system creating a five-fingered robotic hand capable of grasping and manipulating objects. Allonic says the structure resembles musculoskeletal anatomy, with its structural support, movement, and internal routing formed together.
The 3D tissue system is differs from additive manufacturing. Instead of stacking material layer by layer like a 3D printer, it intertwines fibers that are braided and tensioned for strength and flexibility. According to Allonic, the method simplifies the production of next-gen robots by reducing part count and eliminating failure points.
Allonic is focused on robotic hands, manipulators, and limbs for now but says the system is meant to scale to larger humanoid robot bodies over time. The startup is reportedly in talks with major US robotics and technology firms to scale deployments.
#robotics #innovation #robothand #robot #startups
@mikekalilmfg
67.8K
FOSelective laser sintering (SLS) is an additive manufacturing (AM) technology that uses a high-power laser to sinter small particles of polymer powder into a solid structure based on a 3D model.
SLS 3D printing has been a popular choice for engineers and manufacturers for decades. Low cost per part, high productivity, and established materials make the technology ideal for a range of applications from rapid prototyping to small-batch, bridge, or custom manufacturing.
Recent advances in machinery, materials, and software have made SLS printing accessible to a wider range of businesses, enabling more and more companies to use these tools that were previously limited to a few high-tech industries.
Learn more about 3D printing at Formlabs.com
@formlabs
26.5K
SOJonathan Ribeiro, a SOLIDWORKS Champion, has a deep love for animals. He believed he could make a difference for animals in need by combining his artistic skills and expertise in SOLIDWORKS. Thus became his Bachelorās degree thesis developing a prosthesis for amputee dogs that could be fully 3D printed using additive manufacturing technology. The project was a success, as even the screw that joins the parts could be printed. The idea was to create an articulated prosthesis, utterly different from what is available on the market, allowing the animals to walk and sit and run with minimal impact on the amputated area. The prosthesis can also be scaled for other animals, with only the socket for the stump needing adjustment. Nice work Jonathan! š š¶ ā¤ļø
@solidworks
166.1K
CLLe pusieron un corazĆ³n 100% artificial a una persona. No late, no tiene venas, y estĆ” suspendido por imanes. Se llama BiVACOR y podrĆa durar para siempre (siempre que tenga energĆa š). Hecho de titanio, no reacciona con el cuerpo y podrĆa ser la soluciĆ³n mientras miles esperan un donante. ĀæUn corazĆ³n metĆ”lico permanente? El futuro suena a cyberpunk, pero ya estamos dando pasos.
Fuentes:
Man survives with titanium heart for 100 days ā a world first. Published by Nature, by Smriti Mallapaty (2025)
Bivacor website: bivacor.com (2025)
Titanium artificial heart transplant | Duke Health, published by Duke Health on youtube (2024)
Valveless artificial heart implant could extend lives, THI says, published by KHOU on Youtube (2024)
Role of titanium in bio implants and additive manufacturing: An overview, published by Materials Today: Proceedings, by Grover et al (2020)
GuiĆ³n: Max Goldstone
EdiciĆ³n: Pankaj Pandey
@claudiaayuso
68.6K
72A New Era in Construction with 3D Concrete Printing
3D concrete printing is emerging as a transformative technology that reshapes design, manufacturing, and construction processes. Based on additive manufacturing principles, this method reduces the need for traditional formwork, improving both time efficiency and material optimization.
From a technical perspective, printable concrete mixes rely on precise control of rheology, early age strength, and interlayer bonding. Parameters such as nozzle design, extrusion rate, and layer height play a critical role in determining structural performance and surface quality.
By enabling the production of free form geometries, 3D concrete printing unlocks new possibilities in architectural design. In addition, reduced labor requirements and lower construction waste make it a strong contributor to sustainability goals.
This technology is positioning itself as a key construction method of the future across housing, infrastructure, and urban elements.
š„ Video Credit : @lerto3d ( Instagram )
#cnc #craftsmanship #digitalartistry #technologyandart #architecture #innovation #sustainability #futuredesign #cnc5xis #architecturedesign #ModernLuxury #3DPrinting #SustainableDesign #homedecor #Makers #CircularDesign #3d #robot #parametricarchitecture #engineering #innovation #3dprinting #AdditiveManufacturing #RotaryExtrusion #designinnovation #advancedmanufacturing #3dprint #3dprinting #roboticarm #additivemanufacturing #pellet #3dprintingservice
ā ļø This video is shared for educational and informational purposes only. It does not contain any sponsored deals, advertising, or commercial intent. Credit to the original creator. All rights belong to the respective brand. If you are the owner and wish to have it removed or credited differently, please contact us.
@724form
243.4K
FAA boatās structural hull fully built by 3D printing is created using large-scale additive manufacturing instead of traditional molds.
Engineers first design the hull digitally, optimizing strength, buoyancy, and hydrodynamics. A robotic 3D printing system then deposits reinforced polymer material layer by layer to form a monolithic hull with no joints or seams.
This method reduces material waste, shortens production time, and allows complex shapes that are difficult to achieve with conventional boatbuilding. After printing, the hull is finished, coated for marine durability, and tested for safety and performance before final outfitting.
#science #technology #education #3d #printing #boat #engineering #ai #robot #invention #china #future #tech #shorts #trending #viral
@fact_nexus_
54.9K
DAFresh content from our 3DEXPERIENCE Lab's FabLab! š¤¤
3Deus Dynamics is revolutionizing 3D printing with its groundbreaking "soft robotics printing" technology. By combining additive manufacturing and soft robotics, they create flexible, functional silicone-like structures for industries like healthcare, robotics, and wearables. Think medical devices, prosthetics, and soft actuators - crafted with precision and innovation.
#3DEXPERIENCE #3DEXPERIENCELab #3DeusDynamics #robotics #fablab #technology #additivemanufacturing #3dprinting
@dassaultsystemes
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