Design, simulation and operational analysis of cutting and bending machine (KEY IJP************763)

• Omkar Chavan ,Niranjan Chougule ,Omkar Desai ,Ritesh Jadhav ,Alpesh Jamdar ,Pradip Patil

Abstract

This research aims to develop an innovative cutting and bending machine that can handle diverse materials and geometries while optimizing performance and minimizing waste. The design phase involves integrating advanced engineering principles like finite element analysis and computer-aided design to ensure reliability and durability. The machines cutting mechanism accommodates various materials, while its bending component handles various profiles and angles. Advanced control systems enable programmable and automated operations. The analysis phase uses computational simulations to assess the machines performance under various operating conditions. Finite element analysis helps identify potential weak points and optimize the design for strength and rigidity, while kinematic simulations ensure accurate and efficient tool movement, reducing cycle times and enhancing productivity.