CNC Machine Building Through Open Sources Projects and Programs

Authors

  • André Amorim Gonçalves Xavier Unisuam Author
  • Flavio Maldonado Bentes UFRJ Author
  • Marcelo de Jesus Rodrigues da Nóbrega CEFET-RJ and Santa Úrsula University, Rio de Janeiro, Brazil Author
  • Fabiano Battemarco da Silva Martins Santa Úrsula University, Rio de Janeiro, Brazil Author
  • Hildson Rodrigues de Queiroz Petroleum Engineer (PETROBRAS), Rio de Janeiro, Brazil Author

DOI:

https://doi.org/10.31686/ijier.vol8.iss9.2600

Keywords:

CNC, Low cost, Opensource, Three axes, Arduino

Abstract

This research presents a theoretical and practical approach on the construction of a low-cost CNC machine, using as a base model found on the internet. Having his knowledge of movement that in the past was movement only one axis at a time, and in current controls movement on three simultaneous axes. The use of an Arduino micro controller will be the key part of the machine's operation, since it behaves like a PLC, starting from basic to advanced programming. The use of the project will end in its academic use and the dissemination of the technology used

Author Biographies

  • André Amorim Gonçalves Xavier, Unisuam

    Mechanical Engineer

  • Flavio Maldonado Bentes, UFRJ

    Post-Doctor in Mechanical Engineering

  • Marcelo de Jesus Rodrigues da Nóbrega, CEFET-RJ and Santa Úrsula University, Rio de Janeiro, Brazil

    Professor at UNIGAMA

  • Fabiano Battemarco da Silva Martins, Santa Úrsula University, Rio de Janeiro, Brazil

    Professor at UNIGAMA

  • Hildson Rodrigues de Queiroz, Petroleum Engineer (PETROBRAS), Rio de Janeiro, Brazil

    Professor at UNISUAM

References

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Published

2020-09-01

How to Cite

Xavier, A. A. G. ., Bentes, F. M. ., Nóbrega, M. de J. R. da ., Silva Martins, F. B. da ., & Queiroz, H. R. de . (2020). CNC Machine Building Through Open Sources Projects and Programs. International Journal for Innovation Education and Research, 8(9), 108-118. https://doi.org/10.31686/ijier.vol8.iss9.2600
Received 2020-08-02
Accepted 2020-08-28
Published 2020-09-01