SUBHASH MISHRA
Dhanbad, March 18: In a major leap forward, the Department of Mechanical Engineering at IIT-ISM Dhanbad has successfully developed a twin-wire Additive Manufacturing (AM) setup designed for 3D printing with in-situ alloying capabilities.
This innovative system is equipped with a Yaskawa six-axis industrial robot that guarantees precision and efficiency during the manufacturing process.
Govt-Funded Project
The pioneering project, funded by the Science and Engineering Research Board (SERB) of the Government of India, is currently in the process of patent approval. This marks a significant contribution to the field of advanced manufacturing technologies from IIT-ISM Dhanbad.
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Key Features and Applications
The setup consists of several key components, including a manipulator that ensures precise movement and handling of the deposition process.
It coordinates the robot’s motion with the welding process, defines torch paths for accurate material deposition, and facilitates seamless communication between all integrated components.
This advanced system enhances control and improves the quality of metal deposition while enabling the in-situ alloying of elements to strengthen material properties.
The system allows for the addition of in-situ alloying elements that enhance material properties, making it applicable to industries such as aerospace, automotive, and heavy machinery repair.
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“The institute aims to inspire future innovations and collaborations in the field of advanced manufacturing. The key objective of this initiative is to promote awareness among the youth and entrepreneurs of Jharkhand, fostering a culture of technological advancement and industrial growth”, an IIT ISM official said.
