Stratasys and NTTF launch additive manufacturing certification course in India

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Stratasys and NTTF launch additive manufacturing certification course in India

Stratasys and NTTF launch additive manufacturing certification course in India

Industry News
Dec 19,18

Launched at Stratasys India User Forum, the training program is designed to help students to learn new technologies in 3D printing and make them future industry ready.

Stratasys and NTTF launch additive manufacturing certification course in India

18th December 2018, Bangalore: Stratasys India launched India’s first additive manufacturing certification course at the second edition of Stratasys India User Forum. This 3D printing forum is an annual industry congregation hosted by Stratasys to promote the adoption of 3D printing technology across the region. The forum strives to provide a platform for key industry players and end-users to exchange insights on the latest 3D printing trends, applications, and best practices. On this occasion, Stratasys announced a collaboration with NTTF (Nettur Technical Training Foundation) to launch India’s first additive manufacturing certification course. This training program is designed to help students to learn new technologies in 3D printing and make them future industry ready.

Themed ‘Shaping what is Next’, the event was attended by Stratasys leaders, industry bests and end-users, to share knowledge on the latest 3D printing trends. 3D printing demonstrations in manufacturing, automotive, aerospace and defence, healthcare and education were showcased during the event. These are some of the key sectors likely to see the highest 3D printing adoption according to solution users and industry speakers at the forum.

Commenting on the occasion, Rajiv Bajaj, Managing Director, India & SEA, Stratasys said, “3D printing has immense growth potential in India, but the uptake has to be faster. We notice there is a lack of awareness on the diverse applications of 3D Printing. Companies usually hold back on innovation ignorant of cost-benefit ratio, which, if taken into consideration, can help businesses deliver solutions faster, cheaper, better and easier. Stratasys India User Forum strives to bridge this gap and provide a platform for industry leaders to exchange knowledge and discuss the ever-changing dynamics of the industry.”

Attended by over 500 attendees comprising of industry speakers from leading companies, the gathering included prominent personalities such as Reguraj N, Managing Director, NTTF, who shared insights on the Government’s skill development initiatives like PMKVY and DDU-GKY, and use of 3D Printing to revolutionise the education system in India. Dr. Harider Singh Bedi, a medical stalwart from Shalby Hospital, Mohali, Punjab, shared a surgical miracle made possible with 3D printing. Ravi Shankar, Managing Director, Accreate Additive Labs, shined light on the evolution from 3D printing to 4D printing in the field of life sciences. Sanjay Anikhindi, Associate Vice President, JCB India, spoke on the topic 'Driving Innovation in Earth Moving'.

“India is becoming a manufacturing hub for foreign investors. Stratasys aims to leverage this opportunity to promote the adoption of 3D printing as part of the next Industrial revolution that empowers both personal manufacturing and customisation in products,” said Guy Yair, Executive Vice President, EMEA & APJ, Stratasys.

The speakers presented case studies that highlighted the uses of 3D printing and how it is slowly changing the traditional manufacturing landscape and is setting the tone for smart manufacturing and industry 4.0, such as advanced prototyping with high-performance thermoplastics in shop floor, or shared office solution for high volume usage at enterprise accounts.

On the occasion, Stratasys displayed their latest range of F370 printers that are adaptable to all engineering environments, be it office, lab or classroom to facilitate rapid 3D prototyping. Stratasys also showcased its latest FDM elastomer solution from its F123 Series, to show manufacturers the new levels of elasticity, durability with true soluble support and allowing users to produce parts with unique resilience that can stretch or compress without losing shape.