Published Paper Details:

The up-gradation of a conventional lathe machine into a versatile turn-milling machine. The project involved a meticulous retrofitting process, incorporating cutting-edge technologies such as Variable Frequency Drives (VFDs), motor drives, servo motors, and ball screws. The integration of these advanced components aimed to significantly enhance the machine's capabilities, precision, and overall performance. The VFDs played a pivotal role in enabling precise control over the spindle speed, facilitating a wider range of machining operations. The incorporation of motor drives ensured smooth and efficient power transmission to the machine's components, contributing to improved productivity. The implementation of servo motors provided precise control over the X and Z axes, enabling complex milling operations with exceptional accuracy. Finally, the installation of ball screws replaced the traditional lead screws, resulting in smoother motion, reduced backlash, and enhanced positional accuracy. Through this up-gradation, the lathe machine was transformed into a multifunctional turn-milling machine, capable of handling a broader spectrum of manufacturing tasks. The project not only showcased the potential of retrofitting existing machinery but also demonstrated the effectiveness of integrating modern technologies to revitalize conventional manufacturing processes.