3D printing is an incredibly powerful tool – rapid, automated manufacturing with a much lower learning curve and cost than other manufacturing methods. But...it’s only powerful if you know how to use it! In this introductory overview, we discuss the key principles that govern successful 3D printing from design through to slicing. Whether it’s FDM, SLA, or SLS you’re after, we’ll flatten the learning curve, helping your engineers build the confidence in the technology that is necessary to maximize adoption and success!

Content Agenda

1. 3D Printing Technology Overview (FDM, SLA, SLS)

2. Common 3D Printing Applications

3. 3D Printing Workflow & Design Intent

4. Design Principles for Successful 3D Printing

5. Our 3D Printer Offerings & Solutions

Title & Qualifications: I’m Joe Haines, 3D Printing Application Expert at MLC CAD Systems. I work out of our Atlanta office, primarily serving as the technical assist to our sales team and customers on all 3D printing inquiries. Part of my role also involves providing training and creating content on designing for 3D printing, printer installation and repair, etc. I’m very passionate about 3D printing, which began in 2019 as a hobby to make scale models, repairs around the house, props, etc. At this time, I was a supplier quality engineer at Hyundai Motor Manufacturing Alabama. Figuring I could turn this passion into a career, I landed at MLC CAD Systems, where I’ve been helping customers solve their manufacturing challenges with industrial 3D printers for a little over 3 years. During this time, I’ve been using SolidWorks for all 3D printing projects, a software in which I’ve gained proficiency thanks to the great SolidWorks training classes I’ve taken with MLC CAD Systems.

Bonus Info: I produced a model in SolidWorks last year with more than 80 3D-printable parts (designed for FDM) and 20 points of articulation.