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Introduction | 3D Printed Sax Mouthpieces
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3D Printed Sax Mouthpieces. An augmenting prototypes project 2012. Within the field of Additive Manufacturing, we are investigating the possibilities to produce saxophone mouthpieces using 3D printing technologies. Since the shape of the mouthpiece strongly influences the sound, using 3D printing allows us to do unique things with the geometry and therefore the sound. Our approach is in contrast with the traditional manufacturing of high-end mouthpieces, which is still mainly done by hand:. In this proje...
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Prototype for displacement in Y-axis | 3D Printed Sax Mouthpieces
http://sax2012.weblog.tudelft.nl/2012/10/16/70
3D Printed Sax Mouthpieces. An augmenting prototypes project 2012. Week 3 →. Prototype for displacement in Y-axis. This mechanism shows how replacing a block in the X-direction will be translated to a displacement in the Y-direction. This allows us to move the lower lip up and down without having to make a slot in the box, but simply a hole which can be made (almost) airtight. To see it in motion, watch the youtube clip below. Be Sociable, Share! This entry was posted in Uncategorized. Week 3 →.
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3D Printed Sax Mouthpieces | An augmenting prototypes project 2012 | Page 2
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3D Printed Sax Mouthpieces. An augmenting prototypes project 2012. Newer posts →. Today is the official kick-off for this project! Newer posts →. 3d printed sax mouthpieces. Your view of Delft. Proudly powered by WordPress. Theme: Coraline by WordPress.com. This website uses cookies to improve your experience. We'll assume you're ok with this, but you can opt-out if you wish. Accept. Privacy and Cookies Policy.
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De Mozaïeken: How it’s made | Your View of Delft
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Your View of Delft. An augmenting prototypes project 2012. De Mozaïeken: How it’s made. En natuurlijk is het van belang welke foto’s het programma mag gebruiken. Meer foto’s zorgt ook voor een beter resultaat, dus tussendoor is ook de map met foto’s die gebruikt mogen worden nog aangepast. We zijn begonnen met de volgende standaard instellingen:. Mozaiek Grootte: 200 megapixel. Mozaiek Resolutie: 1800 DPI. Bestaande uit ongeveer 3300 tegel. Landscape geöriënteerde tegels (4:3). Mozaiek 2: Meer foto’s.
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Fie Paredis | A 3D printer for one hundred bucks
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A 3D printer for one hundred bucks. An augmenting prototypes project 2012. Skip to primary content. Skip to secondary content. Author Archives: Fie Paredis. The past weeks we’ve been busy concentrating on the theoretical side of the project. Last week we started building the actual printer (plotter). The progress can be seen in the following pictures. Printing frame v1.0. 3D printing of parts. First mockup of the 3D printer. Second mockup of the 3D printer. 3d printed sax mouthpieces. Your view of Delft.
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Project Progress | A 3D printer for one hundred bucks
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A 3D printer for one hundred bucks. An augmenting prototypes project 2012. Skip to primary content. Skip to secondary content. Category Archives: Project Progress. At least once every week a progress-report will be written, with all our findings until now. All the progress reports will be posted in this listing. Printing frame v1.0. 3D printing of parts. First mockup of the 3D printer. Second mockup of the 3D printer. Final prototype of the 3D printer, with plotter platform. The third week: Alternatives.
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Science fair | Your View of Delft
http://delftview2012.weblog.tudelft.nl/2012/10/30/science-fair
Your View of Delft. An augmenting prototypes project 2012. During the fair we bumped into some problems. On the following picture you can see that when people stand in front of the projection, shadows are formed. Because of this it is hard to see some pictures in the projection. A solution for this is a projection from behind on a special screen. In this way someone can stand in front of the screen and no unwanted shadows are created. Example of a projection from behind. Apart from these problems the sci...
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Beamer setting dimensions | Your View of Delft
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Your View of Delft. An augmenting prototypes project 2012. In short, the imported dimensions during the Science Fair:. Projected screen (of the two beamers together): 340*94 cm. Distance from beamer to screen: 260 cm. Distance between beamers: 145 cm. Distance floor to beamer: 80 cm. Be Sociable, Share! Already the latest post! 3d printed sax mouthpieces. Your view of Delft. Privacy and Cookies Policy.
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Discussion | 3D Printed Sax Mouthpieces
http://sax2012.weblog.tudelft.nl/2012/11/08/discussion
3D Printed Sax Mouthpieces. An augmenting prototypes project 2012. Even though in the end we were able to play the saxophone with a bicycle pump using our homemade mouthpieces, there were some minor and major problems which, in retrospect, could have been prevented easily. Although we made some small mistakes along the way we thing it was a good project which gave some great insights in how to build an AM which could do the research very well. Be Sociable, Share! This entry was posted in Uncategorized.
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