When Penn State University industrial engineering doctoral student Rakshith Badarinath was just a child, he already knew that his future would involve a career in manufacturing. With his eyes glued to Discovery Channel shows about car factories and the like, he eventually decided to pursue a bachelor’s degree in electrical engineering from the Siddagana Institute of Technology in India. Following that, Badarinath ended up attending Penn State for his graduate studies, which is where he was introduced to 3D printing technology for the first time in his life.
Ever since that fateful day, Badarinath has been working with faculty members from the Harold and Inge Marcus Department of Industrial and Manufacturing Engineering to convert old machines into 3D printers for the department’s Factory for Advanced Manufacturing Education (FAME) lab. Now, Badarinath has collaborated with Shu Shu Wang, who at the start of the project was working toward her master’s degree in industrial engineering, to build a robotic arm with the help of multiple 3D printing processes. The two innovators were connected by their advisor, Vittal Prabhu, and together, they worked to develop a robotic arm that would help improve manufacturing operations.Badarinath was able to purchase the plans and coding for the “MeArm” robotic arm through an open-source software platform. His collaborator, Wang, had previously written a thesis comparing the results of different 3D printing processes to create an object, which is what the duo did to optimize their robotic arm. The university’s FAME lab is currently equipped with both FDM printing and material jetting, both of which were used to produce parts for their robotic project. After two months of researching both processes, Badarinath and Wang decided that material jetting was the best option for their endeavor, as it proved to be more precise and have better resolution than FDM 3D printing.
“We were focused on seeing if 3D printing would change the functionality of the arm,” Badarinath said. “Different processes can render different results. We wanted to know which was the most accurate and if inaccuracies would alter the end effect for the arm, which is extending and then gripping something.”
Since the completion of their project, Wang has graduated with her master’s degree, while Badarinath still has three years left in his program, and is already off to another project. 3D printing technology has become a valuable asset for the production of robotic arms, whether they’re used for educational or assistive purposes. In the case of the two Penn State students, their 3D printed robotic arm project was just an enjoyable side project. Currently, Badarinath is working on a major personal project, which involves using industrial robotics for 3D printing technology. Discuss further in the 3D Printed Robotic Arm forum over at 3DPB.com.[Source: Penn State]
You May Also Like
3D Systems Finalizes Sale of On-Demand Business, Will Operate as Quickparts
Pioneering additive manufacturing solutions provider 3D Systems finalized the $82 million deal for the sale of its on-demand 3D printing and custom manufacturing business. The rebranded company will operate as...
3D Printing Webinar and Event Roundup: September 19, 2021
We’ve got another busy week of webinars and events to tell you about! Topics in this week’s roundup run the gamut from 3D digital textures and FDM 3D printing potential...
3D Printing News Briefs, September 18, 2021: Business, Materials, & More
We’re filling up the front of today’s 3D Printing News Briefs with plenty of business, as one company celebrates an anniversary and two others welcome new executives to their ranks....
3D Printing Service Hubs Appoints New CEO, Alex Cappy
Changes are taking place at Hubs since it was acquired by manufacturing service provider Protolabs (Nasdaq: PRLB). Not only has the subsidiary removed the “3D” from its name, but it...
View our broad assortment of in house and third party products.