Thesis DISEÑO Y CONSTRUCCIÓN DE FRESADORA CNC PARA LA PRODUCCIÓN DE PLACAS PCB
Date
2018-02
Authors
LABARCA SANTIBÁÑEZ, DIEGO ALFREDO
Journal Title
Journal ISSN
Volume Title
Publisher
Abstract
En el presente trabajo de título se realizó el diseño y construcción de una fresadorade control numérico por computador, capaz de desarrollar placas de circuito impreso oPCB, mediante mecanizado.Siguiendo la metodología desarrollada por Morris Asimow, se divide el diseño en conceptual,configuración y detalle, agregando la etapa de manufactura. A partir de estose obtuvo una mayor claridad en el problema a solucionar, estudiando y jerarquizandolas necesidades de los potenciales usuarios, estableciendo requerimientos funcionales yrealizando comparaciones entre equipos y componentes externos. Esto permitió generardiversas opciones y también encontrar la más adecuada para solucionar el problema.Se determinaron las consideraciones estructurales para el diseño y se desarrolló el prototipoen Autodesk Inventor, luego se generaron los planos para realizar el mecanizadode las piezas en la cortadora láser y la fabricación en las impresoras 3D del CampusSan Joaquín. Una vez cumplido el paso anterior, se precisó el costo total.Finalmente se realizó la construcción del prototipo y efectuaron pruebas de mecanizadoen madera y placas de cobre para comprobar su correcto funcionamiento y obtenerparámetros de corte óptimos, demostrando que se cumplen todas las especificacionesde diseño y los objetivos propuestos
The present work shows the design and construction of a CNC milling cutter capableof developing PCB circuits boards by machining.Following the methodology developed by Morris Asimow, design is divided into conceptual,configuration and detail, adding the manufacturing stage. From this a greaterclarity was obtained in the problem to be solved, studying and prioritizing needs ofpotential users, establishing functional requirements and making comparisons betweenequipment and external components. This allowed generating various options and alsofinding the most appropriate solution to the problem.The structural considerations for the design were determined and a prototype was developedin Autodesk Inventor, then plans were generated to perform machining of piecesin a laser cutter and manufacture in 3D printers in San Joaqu´in Campus. Once the previousstep was completed, total cost was specified.Finally, a prototype was constructed and machining tests were made on wood andcopper plates to verify correct operation and obtain optimal cutting parameters, demonstratingthat all design specifications and proposed objectives are met.
The present work shows the design and construction of a CNC milling cutter capableof developing PCB circuits boards by machining.Following the methodology developed by Morris Asimow, design is divided into conceptual,configuration and detail, adding the manufacturing stage. From this a greaterclarity was obtained in the problem to be solved, studying and prioritizing needs ofpotential users, establishing functional requirements and making comparisons betweenequipment and external components. This allowed generating various options and alsofinding the most appropriate solution to the problem.The structural considerations for the design were determined and a prototype was developedin Autodesk Inventor, then plans were generated to perform machining of piecesin a laser cutter and manufacture in 3D printers in San Joaqu´in Campus. Once the previousstep was completed, total cost was specified.Finally, a prototype was constructed and machining tests were made on wood andcopper plates to verify correct operation and obtain optimal cutting parameters, demonstratingthat all design specifications and proposed objectives are met.
Description
Catalogado desde la version PDF de la tesis.
Keywords
CONTROL NUMERICO COMPUTARIZADO , FRESADORA , PLACAS DE CIRCUITO IMPRESO
