Parametric Design Analysis of Vertical CNC Milling’s Table and Saddle Components

• Main Author: Nida Yudhasena-13114003, Krisna
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/28511
• Institution: Institut Teknologi Bandung

Machine tools are the main of other machines and are one of the main factors in a production process in making products or workpieces to meet the requested geometric (quality) specifications. Machine tools are not only used for production processes in the manufacturing industry, but are used for educational purposes as well as workshops. These machines are generally designed on grades with certain dimensions and precision. If the working volume or dimensions of a machine tool will be changed, the new design must be designed with certain precision. This process is of course less efficient because it requires time to design a machine especially with the desired level of precision. In this Final Project, a parametric design for table components was re-made with several differences from the parametric design of the Alfitra Libelnedo Final Project, including the workpiece density and table design at the table along with its stiffness analysis and determining the accuracy of the kriging interpolation results. Then the parametric design of the saddle component is carried out and determines the relationship between the parametric design of the table and the parametric design of the saddle.