Tagged with " 3D printing material"

Make Your Own 3D Printer Filament by Building Your Own Filament Extruder

Costs have certainly dropped over the years, but 3D printing could never be accused of being an inexpensive hobby. While the average price of a 3D printer is around one to two thousand dollars, the hidden cost of printing materials is the real area where 3D printing becomes a hobby recommended for someone with access to a significant disposable income.
(…weiter auf 3dprint.com inkl. Video)

South Korean Researchers Using Oxygen Diffusion Technique to Build 3D Printed Micropatterns

Diffusion describes the fact that molecules, vibrating with random motion in a gas or liquid, move toward a state of equilibrium where those molecular species in a mixture are uniformly dispersed until the concentration of any one species becomes the same throughout the medium. It’s a sort of Fick’s second law issue, and Fick’s laws have been used to model transport processes in foods, neurons, biopolymers, pharmaceuticals, porous soils, and nuclear materials.
(…weiter auf 3dprint.com)

Purdue Researchers Print Using Liquid Metal — Are Terminator-Style T-1000 Robots on Their Way?

If you were a child of the ’80s then you likely recall watching Terminator 2 in awe at the special effects of the time. I probably watched the movie about 30 times between 1992 and 1996, oftentimes pausing, rewinding, and rewatching the part in which the T-1000 liquid metal robot is blown to pieces, and then slowly reforms itself from a puddle of melted metal.
(…weiter auf 3dprint.com)

Aluminum & Steel 3D Printer Filaments On Their Way — Sinterhard Launches Kickstarter Campaign

The Sinterhard team, based in Massachusetts, is a mid-sized group of engineers of nearly every type, from software engineers to electrical engineers. Headed up by Bill Novacs, who holds a multitude of advanced degrees (including engineering), and considers himself a ‘maker,’ this group is on a clear path to transform not only the manufacturing of industrial parts, but more specifically, they are transforming it on the 3D printing level with a new filament: Sinterhard Metal Filled Filament.
(…weiter auf 3dprint.com)

Sinterhard Metal Filled Filaments for 3D Printing
by Bill Kovacs

SINTERHARD METAL FILLED 3D Printer Filaments for printing Industrial Stainless Steel and Aluminum parts similar to MIM Processes

We plan to produce ABS and PLA plastic filaments, mixed with either powdered 316 Stainless Steel or Aluminum, for use in existing 3D filament printers.The 3D Printer will replace the Plastic Injection Molding Machine in the Metal Injection Molding [MIM] process, and later with Oxide and non-Oxide ceramic filled filaments in the Ceramic Injection Molding Process [CIM]. The MIM and CIM processes currently produce $1.6 Billion Dollars of intricate small industrial metal and ceramic parts

The Sinterhard Metal Filled Filaments will enable people to print items that are furnace ready to debind and sinter into solid sintered metal objects. In selecting 316 Stainless Steel and Aluminum powders, we are starting with two of the most common metals that are in use making parts with the current industrial MIM process. They have a moderate sinter temperature [316 Stainless Steel ] and a low sinter temperature [Aluminum ] as a starting point. These metals cover a large range in commercial applications and are available in the fine mesh size we need to insure a high quality 3 D Printed part.
(…weiter auf kickstarter.com)

Crowds Roar as 3D Printing Filament Goes Electric!

F-Electric, a highly-conductive plastic 3D printing filament, has just hit the market. This new functional 3D printing filament is courtesy of Seattle-based Functionalize and the vision of its creator, Mike Toutonghi. F-Electric is Functionalize’s first major contribution to the 3D printing world and it’s a pretty big one. This electric filament will allow users to print power connectors, buttons, and circuits embedded into their plastic models. It opens the door for a whole new world of innovation and creativity.
(…weiter auf 3dprintingindustry.com)

Functionalize Now Shipping Conductive F-Electric 3D Printing Filament

Mike Toutonghi was working on a school project with his son when it struck him that there might be a better way to make a structural and electronic part. The pair’s work on an electromagnetic rocket compelled the computer software industry vet to form his company, Functionalize. When a long session of soldering the electronics for the rocket during the design and prototype process was finally over, Toutonghi looked to 3D printing to solve the tedious problem.
(…weiter auf 3dprint.com)

Kudo3D Reveals Incredible Speed of Titan 1 SLA 3D Printer – 7 Inches Per Hour

Kudo3D, the maker of the Titan 1 SLA 3D printer, says their passive self-peeling (PSP) technology, a patent-pending, bottom-up, SLA technology, was created by Kudo3D to minimize the separation force between the cured layers and the resin.
(…weiter auf 3dprint.com)

Titan 1: Staggeringly Fast 3D Printing

The Titan 1, with its patent-pending technology, is the only versatile high-resolution professional-grade stereolithography printer on the market. It is ideal for a host of different applications. The Titan 1 offers the widest range of high-resolution printing (37 to 100 µm XY resolution) and possesses the tallest build envelope, allowing users to print up to 10 inches tall.

The print speeds we achieved in this video were truly amazing: 7 inches per hour!

We printed this chiral two-layer geodesic sphere with a diameter of 2 inches in 17.5 minutes.
(Quelle: Youtube)

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