Free Educational Webinar

3D Print Jigs and Fixtures to Boost Manufacturing Efficiency

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Watch this webinar to learn how to 3D print custom jigs, fixtures, and tools in-house to streamline manufacturing operations and reduce production costs.


What you will learn:

Jigs, fixtures, and other manufacturing aids are used by businesses internally to make manufacturing and assembly processes simpler and more reliable, reducing cycle times and improving worker safety. They are vital tools to streamline production workflows and address common problems that arise on the factory floor.

With new advances in additive manufacturing technologies and materials you can now replace the standard expensive machined metal jigs and fixtures with lightweight, ergonomic, and part-specific 3D printed tools, with a wide range of materials to enable functional applications. In-house 3D printing enables you to build manufacturing aids rapidly and at a low cost to improve the speed, quality, and efficiency of production. It increases design freedom to build complex, custom tools and encourages continuous improvement. With 3D printed replacement parts, you can grow operational agility, solve day-to-day production issues and reduce machine downtime.

Watch this webinar to learn how to quickly 3D print strong, long-lasting tools with SLA and SLS 3D printers that are ready to undergo the rigor of the factory floor, from machining to assembly and inspection. A Formlabs application engineer will guide you through the workflow, share recommendations and delve into real-life examples from innovative companies.

You’ll learn:
  • How 3D printed jigs and fixtures reduces production costs
  • How to design, 3D print, and post-process jigs, fixtures, and replacement parts
  • Real-life case studies at every stage of production:
    • Fabrication and machining workholding
    • Assembly fixtures
    • Finishing devices
    • Inspections tools


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Webinar Speakers

speaker

Juliette Combe

Application Engineer, Product Team

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.

speaker

Max

Co-founder and CEO at Formlabs

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