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The current work’s primary objectives are to investigate the theoretical and technological processes for designing, manufacturing, assembling, and testing highly precise, and reasonably priced three-axis vertical CNC milling machine for quick prototype machining, small parts, and engraving small features in the electrical and medical industries; the equipment should have an intuitive interface, high speed, low power consumption, durability, and safety. The goal of this research is to develop and construct a router machine using computer numerical control (CNC) that can grind pieces up to 23*15*11 inches in size. The goal of this research is to assist traditional machine operators in increasing the output and efficiency of a company. To ensure accuracy, the router machine is operated by a stepper motor driver that moves the machine in three directions. Mach 3 software is used with the G-code program for CAM processing. The machine’s workspace measured 23 inches by 15 inches by 11 inches. To achieve a more exact motion, the stepper motor is coupled with a ball screw on a linear bearing and powered by a Minebea Mitsumi PM stepping motor. According to the test results, the machine’s accuracy for the X, Y, and Z axes is around 90.4% and 94%, respectively.

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Design and Fabrication of 23*15*11 (Size in Inches) a CNC Router Machine for Milling

  • 会议论文

  • 发表日期：

    2026年

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  • Pankaj Shakkarwal,
  • Gaurav Singh,
  • Rahul Sharma,
  • Tushar Sharma

摘要

The current work’s primary objectives are to investigate the theoretical and technological processes for designing, manufacturing, assembling, and testing highly precise, and reasonably priced three-axis vertical CNC milling machine for quick prototype machining, small parts, and engraving small features in the electrical and medical industries; the equipment should have an intuitive interface, high speed, low power consumption, durability, and safety. The goal of this research is to develop and construct a router machine using computer numerical control (CNC) that can grind pieces up to 23*15*11 inches in size. The goal of this research is to assist traditional machine operators in increasing the output and efficiency of a company. To ensure accuracy, the router machine is operated by a stepper motor driver that moves the machine in three directions. Mach 3 software is used with the G-code program for CAM processing. The machine’s workspace measured 23 inches by 15 inches by 11 inches. To achieve a more exact motion, the stepper motor is coupled with a ball screw on a linear bearing and powered by a Minebea Mitsumi PM stepping motor. According to the test results, the machine’s accuracy for the X, Y, and Z axes is around 90.4% and 94%, respectively.