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Nautilus Gears
Nautilus gears based on logarithmic spirals. Gear profiles generated based on research by Ágnes Dabi, Zsigmond Istvan Varju, Dr. Laczik Balint et. al. at the Budapesti Muszaki es Gazdasagtudomanyi Egyetem. Agnes, Dabi (2005). Változó áttételű fogaskerék tervezés (Doctoral dissertation). Budapesti Műszaki és Gazdaságtudományi Egyetem The gear profiles were generated using this Maple script for which full credit goes to the original authors: http://www.maplesoft.com/applications/view.aspx?SID=95483&view=html&L=G Rendered animation of the gears: http://www.youtube.com/watch?v=dtkEyZwuwH4 Don't own a 3D printer? Now available for purchase at Shapeways (http://shpws.me/Kdit) I'm not going to upload the SolidWorks file because it is frankly a mess of different experimentation, but I uploaded the DXF which should be easy enough to modify with most CAD software. Update: No more breaking pins! I've replaced the pins with a simple press fit design. Print two of the Connector Bar v2 or the Curved Connector Bar v2 (same idea, just curved for aesthetics) and snap them together! On a well calibrated printer they should snap together easily and hold tightly with friction. If they aren't sticking
$ 30.000
$ 30.000
Cantidad
1
- Envío gratis a todo Colombia
- Hecho a pedido
- Si llega dañada, la reimprimimos
- Pago 100% seguro · Bold · PSE · Nequi
Características
Sobre esta figura
Nautilus gears based on logarithmic spirals. Gear profiles generated based on research by Ágnes Dabi, Zsigmond Istvan Varju, Dr. Laczik Balint et. al. at the Budapesti Muszaki es Gazdasagtudomanyi Egyetem. Agnes, Dabi (2005). Változó áttételű fogaskerék tervezés (Doctoral dissertation). Budapesti Műszaki és Gazdaságtudományi Egyetem The gear profiles were generated using this Maple script for which full credit goes to the original authors: http://www.maplesoft.com/applications/view.aspx?SID=95483&view=html&L=G Rendered animation of the gears: http://www.youtube.com/watch?v=dtkEyZwuwH4 Don't own a 3D printer? Now available for purchase at Shapeways (http://shpws.me/Kdit) I'm not going to upload the SolidWorks file because it is frankly a mess of different experimentation, but I uploaded the DXF which should be easy enough to modify with most CAD software. Update: No more breaking pins! I've replaced the pins with a simple press fit design. Print two of the Connector Bar v2 or the Curved Connector Bar v2 (same idea, just curved for aesthetics) and snap them together! On a well calibrated printer they should snap together easily and hold tightly with friction. If they aren't sticking
Ficha técnica
- Tiempo de entrega
- 3–5 días hábiles
- Material
- Impresión FDM en filamento
- Personalizable
- No
Reseñas
Aún no hay reseñas de esta figura. Sé el primero — cada pieza se imprime a pedido en Colombia.
Preguntas frecuentes
¿Cuánto cuesta la figura Nautilus Gears?
La figura Nautilus Gears cuesta $ 30.000 (COP), con IVA incluido cuando aplica.
¿En cuánto tiempo recibo la figura Nautilus Gears?
Se imprime a pedido en 3 a 5 días hábiles tras confirmar el pago, más el tiempo de envío de la transportadora a tu ciudad en Colombia.
¿En qué material se imprime la figura Nautilus Gears?
En filamento PLA mediante impresión 3D FDM: resistente, liviano y de origen renovable.
¿Hacen envíos de la figura Nautilus Gears a toda Colombia?
Sí, despachamos a todo el país por transportadora con número de guía para rastrear tu pedido.
