Free Educational Webinar

How to Unlock Low Volume Production and Custom Manufacturing with 3D Printed End-Use Parts

Watch Now
You can withdraw your consent at any time with effect for the future. Your data may not be further processed after receipt of the declaration of revocation. The revocation of your consent does not affect the legality of the processing carried out up to that point. You can send your withdrawal by sending an email at [email protected].
Join this webinar to learn how to achieve custom manufacturing and low volume production of end-use parts quickly and cost-effectively with 3D printing.

What you will learn:

Modern manufacturing theory, tools, and best practices are focused on how to make thousands or millions of identical parts or products at a low cost per unit. Custom and low volume production pose unique challenges that require manufacturers to adapt.

Thanks to the rapid development of technologies and materials over the last decade, additive manufacturing has grown more capable as a true manufacturing tool and can now, enable the fabrication of custom and low volume end-use parts rapidly and cost-efficiently.

Watch this webinar to learn how to manufacture strong, long-lasting end-use parts on demand with 3D printing. Formlabs expert will guide you through the workflow, share recommendations and delve into real-life examples from innovative companies.

What you will learn:

  • How 3D printing enables on-demand production
  • Real-life case studies with in house 3D printing
  • Results of longevity and stress-testing of 3D printed end-use parts
  • Step-by-step workflows and recommendations


Fill out the form on the right to register to learn more. We’ll also opt you into other relevant marketing communications.

Webinar Speakers

speaker

Juliette Combe

Formlabs Application Engineer

Juliette conducts research on 3D printing workflows for engineering and manufacturing. Her goal is to develop and promote new 3D printing applications for various industries. Her scope of work includes collaborations with customers, inhouse testing, and knowledge transfer through the creation of technical content and training. Previously, she worked in the Open Innovation group at GE Power. She has a master’s degree in Mechanical Engineering from ETH Zurich and carried out research on nano-3D printing at UC Berkeley.