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| node: | MakerCase |
| template: | 4 |
| parent: | Hackerspaces / Fablabs / Makerspaces - Maker Movement |
| owner: | binary riot |
| viewed by: | |
| created: | 29.01.2019 - 12:43:57 |
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cwbe coordinatez: 101 63540 8335529 8590367 ABSOLUT KYBERIA |
| permissions | |
| you: | r, |
| system: | public |
| net: | yes |
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1 ❤️
och, toto je gold
http://www.makercase.com/
MakerCase is a web-based application for designing laser-cut project cases.
Makercase runs in a web browser and automatically generates a blueprint for laser cutting based on the users specifications. The user enters the desired case dimensions and material thickness, and MakerCase automatically generates a three-dimensional model of the case that can be freely rotated.
MakerCase lets users create cases with flat edges or interlocking edges using finger joints or t-slots for retaining nuts and bolts.
Users can also add holes and engraved text to individual faces of the case using a graphical drag and drop editor.
When the case design is complete, the MakerCase flattens the three-dimensional model into blueprint and generates an SVG file that can be sent directly to a laser cutter. For cutting, MakerCase can be configured to compensate for the beam width of the laser and convert any engraved text into vector paths.
Makercase was written in 100% javascript, using jquery, three.js, and JCanvas on the client side and node.js on the server. More information on writing digital fabrication applications may be found at my web site.
http://www.makercase.com/
MakerCase is a web-based application for designing laser-cut project cases.
Makercase runs in a web browser and automatically generates a blueprint for laser cutting based on the users specifications. The user enters the desired case dimensions and material thickness, and MakerCase automatically generates a three-dimensional model of the case that can be freely rotated.
MakerCase lets users create cases with flat edges or interlocking edges using finger joints or t-slots for retaining nuts and bolts.
Users can also add holes and engraved text to individual faces of the case using a graphical drag and drop editor.
When the case design is complete, the MakerCase flattens the three-dimensional model into blueprint and generates an SVG file that can be sent directly to a laser cutter. For cutting, MakerCase can be configured to compensate for the beam width of the laser and convert any engraved text into vector paths.
Makercase was written in 100% javascript, using jquery, three.js, and JCanvas on the client side and node.js on the server. More information on writing digital fabrication applications may be found at my web site.