Painting, bonding, perfecting: How to finish your Inkjet printed parts to a variety of specs. In this class we'll cover ways to improve surface finish through build orientation and post-process support removal, how to finish a photopolymer part...

This class provides a quick overview of 3D printing processes widely used today including sintering, extrusion and metal printing technologies before diving into the pros and cons of alternative methods versus Inkjet-Based 3D printing. We'll cover...

This class presents an evaluation of material options as well as performance factors that impact the design and engineering of additive parts. Following the prototyping stage, material choice and part geometry have to be finalized, in addition to...

Get practical knowledge on choosing a viable production method for your part. Could you use additive manufacturing for final part production, or would you need CNC machining or injection molding? Each process has its advantages and disadvantages...

The Maker and desktop 3D printing movements may have been dominating the general press, but this class will focus on comparing industrial-grade additive manufacturing technologies like stereolithography, selective laser sintering and direct metal...

Compliance standards established by IEC, ISO and other regulatory organizations provide guidelines for manufacturers to follow when designing, producing and testing consumer electronics designs. There are also global standards to keep in mind...

Manufacturing demands the right materials for product performance. In many cases 3D printing can (additive manufacturing) deliver. Get a fast and comprehensive brief on what materials are now available in 3D printing - the list is growing! We'll...

3D printing has moved beyond design and testing, to become a useful tool for manufacturing. It's important to understand when 3D printing is right for a particular manufacturing application.

Compliance standards established by IEC, ISO and other regulatory organizations provide guidelines for manufacturers to follow when designing, producing and testing consumer electronics designs. There are also global standards to keep in mind...

In today's consumer electronics designs, everything must be smaller, lighter and faster. The technology must never lose connectivity. Users spend countless hours of hands-on time with their devices and, as a result, they represent the biggest...