Tuesday, July 5, 2022
HomeTechIIT Jodhpur Develops Indigenous Metallic 3D Printer for Aerospace, Defence

IIT Jodhpur Develops Indigenous Metallic 3D Printer for Aerospace, Defence

Researchers on the Indian Institute of Expertise (IIT), Jodhpur, have indigenously developed a steel 3D printer for aerospace, defence and common engineering functions.

In line with officers, all of the parts of the steel 3D printer, besides the laser and robotic techniques, are designed and manufactured in India.

The challenge’s principal goal is to scale back the price of steel 3D printers and appeal to a broader vary of customers, they mentioned.

“Even though steel 3D printing expertise began a number of years after the launch of Polymer 3D printing, it’s but to expertise the super development that the polymer 3D business has achieved, particularly in India.

“The excessive worth of the product and the dearer proprietary steel powders imported from overseas are among the causes for the restricted development of steel 3D printers,” mentioned Ravi KR, Affiliate Professor, Division of Metallurgical and Supplies Engineering, IIT, Jodhpur.

“The printer developed is appropriate for repairing and including further materials to present parts. Therefore, it’s perfect for printing absolutely purposeful components for a variety of industries, like aerospace, defence, automotive, oil and fuel, and common engineering, to call a number of,” he added.

V Narayanan, Affiliate Professor, Division of Physics, who can also be member of the crew mentioned, this machine can print 3D components with steel powders made in India. “As well as, India’s first state-of-the-art variable spot dimension laser optics with out compromising on laser beam homogeneity for laser cladding and additive manufacturing course of is accessible on this machine.

“Our crew has developed this machine’s instrument path planning software program and coaxial nozzle. It additionally has in-situ monitoring applied sciences which continuously monitor the soften pool temperature and clad thickness through the additive manufacturing course of,” he mentioned.


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