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Featured Panel “3D Printing and Lightweight Robotic End Of Arm Tooling (EOAT)”

The Panel will be part of the McGill AM event “Top Business Applications for Additive Manufacturing” February 27, 2019

The Réseau Québec-3D (RQ3D), Canada Makes and McGill University additive manufacturing (AM) event will feature the panel “3D Printing and Lightweight Robotic End Of Arm Tooling (EOAT).” Gilles Desharnais of Axis Prototypes, Tharwat Fouad of Anubis3D and Nicolas Lacoursiere from Proto3000 will share their expertise and talk about some of the top 3D Printing manufacturing applications.

What to expect!

Additive manufacturing AKA 3D Printing has been around in multiple forms since about 35 years ago. It has been known only to few people in product development and research and was mainly used for prototyping. It is now being used in a number of fields for manufacturing of end devices or intermediate tooling used to fabricate end user devices.

Cases of manufacturing in the medical field will be covered by this panel as well as custom manufacturing of patient specific Orthopedic devices,  interim tooling for Dental applications and more.

In the industrial space, 3D Printing is being used in support of manufacturing to produce various components such as tooling for molding or jigs and fixtures to support assembly or other steps in the manufacturing process.

A more specialized space of tooling produced with 3D Printing is End-of-Arm-Tooling for robotics, where 3D Printing provides design freedom to provide value-add solution in this growing field of application.

Teaser info!

Anubis3D President Tharwat Fouad offered us the following. “It was clear to all experts that the technology will eventually become a main stream manufacturing process and have a significant impact on industry. One of the main missing elements in the evolution of 3D printing is user creativity”

You main ask the question, why change? Why take the risk of replacing an Aluminum milled part by a plastic 3D Printed part? Answering this question to early adopters took us 3 years of hard work to make the point clear. The question that our customers are now asking their designers is, why machine it, have you checked 3D printing it first?

There are few key points learned from this experience and it was obvious time and time again. The following are tips from Tharwat on companies looking to adopt 3D printing:

1- Introducing 3D printing to a company amounts to a cultural change, it needs a top down leadership and patience, learn about it and decide where is the best fit in the manufacturing process.

2- You need a champion in the organization to build success stories and then let it organically spread among the designers.

3- Understanding that designing for Additive Manufacturing is a skill that needs to be learned. It is like taking a part designed for milling and send it to injection molding company to build it, wont work. Parts that are intended to move to additive, needs to be carefully selected and resigned first. Simply taking a part from the inventory and getting a quote for printing it will get you the wrong answer.

4- Understand that introducing the industrial 3D printing is like adding a DeWalt cordless drill to your tool box. It can make a big deference, but on its own is not going to do anything, you also need to know what to do with it. Introducing Additive is the same. It will give your designers more ways to solve a problem and gain a comparative edge only of they know when, where and how to use it.

Join us on February 27 at McGill for this great opportunity to meet and learn from leading practitioners of 3D Printing and join the 4th Industrial revolution. View the agenda.