Tagged with " 3D printing material"
Apr 28, 2015 - 3D-Druck News, 3D-Drucker

Advanced Ceramics 3D Printing in the Works from HotEnd Works

The AM industry has recently been focusing more on the possibility of using additive manufacturing processes to produce high-resolution, geometrically complex ceramic objects that can be used for the manufacturing of high-performance prototypes and even final components. HotEnd Works, an Illinois company founded by Benjamin Becker focusing on the production of engineering-grade 3D printed ceramic components, is taking a new stab at this very strategic sector after announcing a new 3D printer which uses an innovative, patent-pending process called Pressurized Spray Deposition (PSD).
(…weiter auf 3dprintingindustry.com)

Graphene 3D Lab Announces New Water-Soluble 3D Printer Filament

On April 30th, Graphene 3D Lab Inc’s Chief Operating Officer, Elena Polyakova, is expected to announce the details of their latest innovative filament a the Canadian Manufacturers and Exporters (CME) forum being held at Mohawk College in Hamilton, Ontario. This latest addition to the Graphene filament family is water-soluble and fully dissolvable in cold water in as little as 30 minutes. The dissolution rate is important because water-soluble filaments are primarily used to hold the spaces between a print that would be too unstable to be self supporting as the filament is extruded. After the print is completed, the water-soluble filaments are ‘washed away’ leaving a product ready for finishing.
(…weiter auf 3dprint.com)

3D Printing With Potato Power — Do Potato Based Plastics Work Well As Filament?

Nope, not the food or the home runs, but 3D printing with a bioplastic made from potatoes or starches called Biome3D. This bioplastic is made in the northwest of Ireland by Biome Plastics and they sell it through the website, 3DomFilaments.
(…weiter auf 3dprint.com)

Potato filament vs Corn based PLA

Can you 3D print with potatoes? Sure! Biome3D is a bioplastic based on potatoes. It’s also rather different from Corn based PLA and it has some quite useful properties!
Read more on my tests here:
(Quelle: Youtube)

MyMiniFactory Wants to Give You Free Filament

Let’s be honest, 3D printing is not by any stretch of the imagination an especially affordable or inexpensive hobby. While there are a few decent sub-$1000 desktop 3D printers on the market, most of the more popular models are probably going to set you back well over that. And let’s not forget the cost of filament, with typical prices for a 1 kilogram spool ranging between $30 and $60 depending on the brand, quality, and material.
(…weiter auf 3dprint.com)

D-Coil — A 3D Wax Printing Pen That Also Builds Digital Models on the Fly

D-Coil, a research project, tool, and digital modeling approach from Huaishu Peng and François Guimbretière of Cornell University Information Science, and Amit Zoran of the Hebrew University of Jerusalem, uses wax coiling to bring a thoroughly amazing spin to the design and execution of 3D prints.
(…weiter auf 3dprint.com)

D-Coil: A Hands-on Approach to Digital 3D Models Design

D-Coil: A Hands-on Approach to Digital 3D Models Design from Huaishu on Vimeo.

We introduce D-Coil, a new digital 3D modeling approach using wax coiling to bring tangibility to the design of
digital models. After defining a shape to extrude, the users follow the lead of a hand-held actuated extruder to
instantiate the actual extrusion using wax. The tangibility of the wax extrusion sets the stage to create the next
components until the digital model is completed. The digital model affords all digital attributes (ease of
transformation, distribution, and 3D printing) while the wax artifact can be discarded or kept as a one-of-a-kind
memento. We present a proof-of-concept implementation of D-Coil and showcase how this additive approach can also be extended to a subtractive process using a digitally actuated cutter. By adding a 6DOF mouse, users can also include scaling, rotation, and bending effects to create a wide variety of shapes often difficult for novices to produce in standard CAD software.
(Quelle: Vimeo)


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