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@article{161263,
        author = {Md Ejaz Akhtar and Sharad Kumar Shukla},
        title = {Design & Fabrication of 3D Printed Arduino Based CNC Machine},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {10},
        number = {3},
        pages = {107-110},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=161263},
        abstract = {In this project we are designing a low cost “3D Printed Arduino Based Lathe Cutter Machine” using stepper motor, Arduino Uno R3, micro controller software. The Software has been used to produce a G code for the operation of the system. The Arduino plotter machine has been dependent on the principle of Computer Numerical Control with limited area depends on the motion X, Y and Z axes. Basically, the system of this plotter machine is modeling by solid work software to work with three axes stepper motors (as X, Y and Z axes), these three stepper motors are controlled by shield for movement (X, Y and Z axes). This machine’s movement on the X axis is 215 mm and Y axis is 235 mm. Length of travel means the linear movement of stepper motors that control for X, Y and Z axes from point to another point. The left and right movement controlled by X axis stepper motor, front-back movement controlled by Y axis stepper motor and the pen is up-down that is controlled by Z axis stepper motor and uses two pieces one for front and one for back. The y-axis acts as motor mount to move z-axis in addition with slide mechanism whereas the z-axis controls the depth by allowing the movement of router in up and down direction so it is a very important axis.
},
        keywords = {CNC, Arduino, G code, Micro controller unit},
        month = {},
        }