Der in San Francisco beheimatete Designer und Hersteller Jonathan Odom entwickelte einen 3D-gedruckten Fidget Spinner, welcher zugleich als Zoetrope fungiert. Nun ist es durch die zusätzliche Zoetrope-Funktion neben dem Balance-Spiel noch möglich, sich eine Animation anzusehen. Ein Fidget Spinner dient dem Stress-Abbau und soll helfen überschüssige Energie zu kontrollieren, indem man den Fidget Spinner in […]
Der Beitrag erschien bei 3Druck.com unter der URL Do it Yourself: Zoetrope-Fidget-Spinner aus dem 3D-Drucker
3D tinkerers and designers – your time is running out! There’s only one week left to enter the WildBrain Design a Character competition and potentially …
Aussie alt-rock artist Dan Sultan has brought a 3D printed bust to life with his newest video clip for single ‘Magnetic’. The award winning artist teamed …
LAIKA, the studio behind films such as The Boxtrolls, Coraline and Paranorman are releasing their newest stop-motion animated film next week, Kubo and the Two …
Playfully pouncing from frame to frame The inner musings of talented artist Sarah Capon have been brought to life thanks to an animated collaboration with Industrial Designer Benjamin Donnelly. The process started off with a neat series of drawings that make up each frame of the animation, capturing the motion and physical suspense as the fox […]
The post Animated Laser Cut Fox appeared first on Ponoko.
By Nic Widerhold
The urge to depict, and thus to better understand the body, has always been with us. From the caves at Lascaux in France to Leonardo da Vinci’s folios to the medical illustrations of anatomist Andreas Vesalius — the history of medicine has always included the urge to portray the human body and its many mysteries.
Even at a time when it was frowned upon, dedicated early “explorers” of the human body, such as da Vinci, delved into the tangled intricacies of human anatomy and physiology through careful autopsy and subsequent renderings of the findings.…
The original post 3D Medical Animation — Changing Patient Education appeared first on 3D Printing Industry.
By Michael Molitch-Hou
Adobe has slowly been plugging away at the 3D front to make their brand of easy and powerful tools extend their reach into 3D modeling and 3D printing. This has previously included small additions to Photoshop CC for prepping 3D models for 3D printing, either through 3D printing service bureaus or local 3D printers. Last year, however, the company really made big moves into the space through the acquisition of 3D software specialists Mixamo. And, now, through Adobe Fuse, anyone with computer and internet access can create their own 3D characters for 3D animation. …
The original post Adobe Fuse Makes 3D Modeling Complex Characters Simple appeared first on 3D Printing Industry.
So how does 3D printing really work? Actually, there is no single, easy answer to this, since ‘3D printing’ includes many different technologies. While some printers work with filament, others use powder, and yet others work with liquid. To bring some structure into this, we put together a video overview about the most important 3D printing technologies. How Does 3D Printing Work? There are several 3D printing technologies and they all work very differently. What all the technologies have in common is that they are additive. This means that they build up an object layer by layer. Before the printing starts, you need a 3D file of your design. This file of a three-dimensional object can be created in 3D modeling tools such as Blender, 123D Design, Rhino, SketchUp, etc. Once this file has been created, it can be sent to a 3D printer. If you do not own a printer or if you want a high-quality print with a choice of more than 100 different 3D printing materials, finishes, and color options, an online 3D printing service such as i.materialise is a smart choice. 3D printers print your object layer by layer. The animation below demonstrates this process for Laser Sintering, a popular 3D printing technology. However, there are several important 3D printing technologies that differ slightly from each other. Let’s take a look at how they work and what makes them so unique. Laser Sintering This 3D printing technology spreads out a layer of fine powder. A laser beam heats up the areas that need to be sintered together. The parts that were touched by the laser are now fused together while the rest continues to remain loose powder. A new layer of fine powder is spread out. The next slice of your part is hardened and joined to the previous first. At the end your part is lifted out of the box of loose powder. It is then sandblasted and finished by hand. Learn more about Laser Sintering in this blog post. Fused Deposition Modeling FDM printers use long plastic filaments. The nozzle moves to place one layer of the heated material at the correct locations. When a layer is drawn, the platform lowers by one layer thickness so the printer can start with the next layer. A second (dissolvable) filament is used for building support material. Learn more about Fused Deposition Modeling in this blog post. Stereolithography The Stereolithography process takes place in a large tank and begins with a layer of liquid polymer spread over a platform. Since this piqued polymer is UV-sensitive, a UV laser hardens the area that will become one layer of your 3D print. The rest of the layer stays liquid. The platform is then lowered and the next layer is drawn directly on top of the previous one. When the object is complete, it is raised out of the tank via the supporting platform with the excess liquid flowing away. Learn more about Stereolithography in this blog post. Direct Metal Laser Sintering (DMLS) A super-thin layer of Aluminum or Titanium powder is spread out by a roller. The print chamber of the 3D printer is then heated up but the powder does not melt yet since it has not reached its melting point. A laser touches the areas of the layer that are part of your design, raising the temperature of those areas just above the melting point. Learn more about Direct Metal Laser Sintering this blog post. HP Multi Jet Fusion HP Multi Jet Fusion is a powder-based technology that does not use lasers. The powder bed is heated uniformly from the outset. A fusing agent is jetted where particles need to be selectively molten, while a detailing agent is jetted around the contours to improve part resolution. Lamps pass over the surface of the powder bed and the jetted material captures the heat and helps distribute it evenly. Of course there are still more, related 3D printing technologies. For example, ‘Lost Wax Casting & 3D Printing’ is mainly used for creating jewelry items in gold, silver, brass, and bronze. To learn more about each and every one of our 18 different 3D printing materials, please visit our materials page. If you have a 3D file that is ready to be printed, upload it here and let us take care of 3D printing and shipping your object.
There is beauty in nature that we just can’t see with our naked eyes. A tiny water drop forming beautiful liquid art is one of them. In a new 3D […]
The New America – is this the future of film making?
Two years in the making and consisting of over 800 individual laser etched wooden panels, The New America is an animation spectacular from film maker Nando Costa.
No stranger to the digital realm, Costa has created a unique bridge between the digitally produced physical object and [...]