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Notre dame 3d printer
3D printing capabilities // NDnano // University of Notre Dame
The following 3D printing capabilities are available across campus. For additional information, contact the facility or faculty member listed.
| Equipment | Details | Location | Use Type |
|---|---|---|---|
| Stratasys F370 3D Printer |
|
IDEA Center Innovation Lab | User Facility |
| Connex3 Objet 350 3D Printer |
This printer's main feature is its 3 print heads, which allows multiple materials or colors to be printed simultaneously.
|
IDEA Center Innovation Lab | User Facility |
| Universal 150W Laser Cutter/Engraver |
For small-batch manufacturing (18" x 32" cut area), the Universal 150W is simple to use and can cut or engrave the following materials:
|
IDEA Center Innovation Lab | User Facility |
| Kern OptiFlex 350W Laser Cutter/Engraver |
Combines ultra-high power with fine resolution to create outstanding prototypes at both small and large scale.
|
IDEA Center Innovation Lab | User Facility |
| Laser Glass 3D Printer | Lab built by Kinzel Group | Ed Kinzel Research Group | Research Instrumentation |
| CO2 Laser Cutter | Ed Kinzel Research Group | Research Instrumentation | |
| Ultrafast Laser for Micromachining | Ed Kinzel Research Group | Research Instrumentation | |
| Metasurface Direct Write System | Ed Kinzel Research Group | Research Instrumentation | |
| MakerBot Replicator z18 |
|
Makerspace Lab | Education Facility |
| MakerBot Replicator 5th Gen |
|
Makerspace Lab | Education Facility |
| MakerBot Replicator + (x13) |
|
Makerspace Lab | Education Facility |
| Z Corp Printer 450 |
|
Paul McGinn Research Group | Research Instrumentation |
| Optomec Aerosol Jet Printer |
|
Yanliang Zhang Research Group | Research Instrumentation |
| Xenon Flash Sintering Instrument | Yanliang Zhang Research Group |
Excellent for manufacturing, the Kern OptiFlex 350W cuts or engraves sheets up to 4' x 8':
0 L X 30.5 W X 45.7 H (cm)
3dbeginners.com/zcorp-3d-printer-review/
Free STL file Notre Dame de Paris・3D printer model to download・Cults
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Dutch company proposes to restore Notre Dame with
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May 1, 2019/ 14:36 Society
Dutch company proposes to restore Notre Dame with a 3D printer
The burnt parts of the Notre Dame Cathedral in Paris have been proposed to be restored using a 3D printer. The head of the Dutch company Concr3De said that it is much faster and cheaper than working with stone.
Concr3De believes that with the help of 3D technology it is possible to carefully restore parts of the cathedral destroyed by fire.
In addition, it will be possible to meet the five-year deadline set for the restoration of the building by French President Emmanuel Macron. As noted by Le Figaro, the idea of restoring Notre Dame with a printer may not appeal to the defenders of the country's historical heritage. nine0003
In order to "partially preserve the spirit of the building," the Dutch company promised to use the materials from which the burnt parts of the cathedral were made. For restoration, they use ash collected from the site of the fire, as well as crushed limestone, ink, and inorganic compounds. The resulting mixture will not contain plastic, glue and rubber.
Concr3De has already made a 3D model of one of Notre Dame's most famous gargoyles, the Strix. The head of the enterprise, Eric Geboers, said that the process of creating the statue took less than a day and cost 2,500-5,000 euros. nine0003
https://twitter.com/dezeen/status/1121024998565711873
Media News2
The company claims that all the affected stone parts of the cathedral can be printed on a 3D printer.
They will not differ from the original ones, will withstand frost, fire and will be resistant to moisture.
[XXX_back back_title="Fire at Notre Dame de Paris"]
- The fire in Notre Dame Cathedral started on the evening of 15 April. Scaffolding and the roof of the cathedral caught fire. As a result, the roof burned down, the spire and the clock collapsed. nine0072
- The facade, two belfries and a significant part of the interior survived. The relics, including the main one, the crown of thorns of Christ, were not damaged. They were moved to a safe place. From the very beginning, firefighters assumed that the fire could have started due to repair work.
- French President Emmanuel Macron promised to restore the cathedral in five years.
- According to Le Parisien, French firefighters are considering a short circuit as the main cause of the Notre Dame fire. The rector of the temple, Patrick Chauvet, suggested that the fire was due to a "computer failure.
" nine0072 - On April 16, the collection of funds for the repair and reconstruction of the temple began. According to the latest data, about 1 billion euros of donations have already been collected. Fraudsters are trying to cash in on the training camp.
[/XXX_back]
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© Info 24, 2023
Notre-Dame de Paris Gargoyle to be 3D-printed to be restored
Dutch company Concr3de has offered to 3D-print parts of Notre-Dame Cathedral from the ashes left by the fire, and has already printed a replacement gargoyle.
Concr3de, which was founded by architects Eric Geboers and Matteo Baldassari in 2016, used 3D scanning to reproduce Le Stryge, a demon statue that was badly damaged in a fire in April 2019.
A mixture of limestone and ash - similar to materials found after the fire - was used as material to reproduce the iconic gargoyle that was planted on the roof of the cathedral during a 19th-century restoration by architect Eugène Viollet-le-Duc. nine0003
3D printing could be used to restore a Gothic cathedral, Concr3de says. Elements of Notre Dame can be remade using damaged stone and ash left over from the fire. By combining new technologies and old materials, it is possible to accelerate the reconstruction and create a cathedral that would correspond to its predecessor not only externally, but also with its components that personify its history.
The Lutetia limestone, also known as "Paris stone", which was originally used to build Notre Dame, along with much of Paris, was quarried from the mines now buried under the expanding city.
The large oak beams from which the roof of the cathedral was made were made from trees cut down in the 13th century. Today, these materials are not available for work. But there is a solution to the problem. Statues of "Parisian stone" will be created on a 3D printer, and trees are ready to be donated by English aristocrats from their lands. Although their age is not comparable to old oaks, these trees can be a worthy replacement. nine0088 The people at Concr3de have already printed an alternative to the gargoyle to demonstrate the recovery process. Their proposal would allow the original material of the damaged building to be used in its reconstruction. Even limestone damaged by high flame temperatures can be used in this process. The damage caused by the fire wouldn't matter.
To reproduce the gargoyle as an example of the restoration of the cathedral, Concr3de used Armadillo White, a small 30x30x30 cm 3D printer. It works well with stone and similar materials, has an accuracy of up to 0.
