Webinar: How to Implement 3D Printing for Production: Azoth3D Shares Their Experience by Gardner Business Media, Inc. Webinars

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How to Implement 3D Printing for Production: Azoth3D Shares Their Experience

About

Azoth, a metal contract manufacturer in Michigan, has a team with experience rooted in sinter-based additive manufacturing. Azoth enables mass production of small complex parts throughout the automotive, defense, medical and consumer goods industries and helps customers transition from alternative manufacturing methods like machining, investment casting and metal injection molding (MIM) in order to implement the benefits of additive manufacturing.

Azoth believes metal binder jet technology is the ideal 3D printing method for manufacturing small, complex metal components and helps manufacturers create efficient digital inventories through its Take One Make One (TOMO) strategy. Its team helps manufacturers plan for a component's lifecycle and find where 3D printing qualified parts on-demand makes sense—from prototype and production to replacement and legacy part strategies.

But to which standards does the technology operate and how is the process qualified?

What does the process flow of a binder jet part look like?

Does the 3D printing serve as a compliment to traditional manufacturing by getting products to market faster or is it competitive for the production of smaller-volume complex jobs?

What are the benefits over traditional manufacturing?

Join Desktop Metal for expert insights from Azoth to learn how parts are optimized for additive manufacturing, what tolerances are achieved and what it takes to use binder jetting for volume part production. Learn firsthand from a Desktop Metal user on how they share their expert insights.

Presented by:

Agenda

Walk through a real part drawing and how it's optimized for metal binder jet 3D printing
Take a deep dive into the binder jetting process flow
Weigh binder jetting benefits against traditional manufacturing
Learn five things you probably didn't know about the binder jetting process and how manufacturers can get started

Presenters

Ronnie Sherrer

Additive Process Engineer

Ronnie Sherrer is an additive process engineer at Azoth. He is responsible for binder jetting process development and desktop metal technologies. He holds a bachelor's degree in mechanical engineering from Kettering University.

Cody Cochran

General Manager and Co-Founder

Cody Cochran is the general manager and co-founder of Azoth. He is on the board of directors for MPIF's Association for Metal Additive Manufacturing and has been an invited speaker for industry conferences like AMUG and Formnext. Cochran has spent time in over 25 manufacturing facilities across three countries with Azoth's founding parent company where he focused on lean manufacturing and technology development. He holds a bachelor's degree in mechanical engineering from Kettering University.

Soniya Patel

Technical Marketing Engineer

Soniya is a technical marketing engineer at Desktop Metal. With a background in mechanical engineering, Soniya worked at Solidworks and Stryker Additive before joining Desktop Metal. At Desktop Metal, Soniya is responsible for working with customers to help turn their successes with metals and polymer 3D printing into case studies, presentations and more.

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