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"Carbon fiber nylon is strong, tough, and extremely heat-resistant… until it isn’t. I’ve had parts fail after just hours of use - not because I printed them wrong, but because nylon has a hidden weakness. In this video, we’ll test Carbon Fiber PA6 and PA12 to find out where they shine, where they fail, and how to deal with and fix their biggest flaws. Let’s find out more!"

"I honestly don’t print a ton with resin, yet when I do I’m always impressed with the amount of details this process can achieve. Resin prints are often ill-famed for their brittleness and low durability, yet if you select the right photopolymer, these parts are not only strong but more significantly have a similar strength regardless of the printing orientation and I tested that quite a while back."

"Heat-set inserts aren’t just oddly satisfying to install—they’re also incredibly useful, adding value to your 3D-printed parts. These tiny pieces of metal provide durable threads in plastic prints, creating a strong, reusable connection that elevates the quality and appearance of your projects. But what happens if you need to remove them? Whether you installed the wrong size, want to reuse them in a new project, or plan to recycle your leftover prints through services like Germany’s RecyclingFabrik, removing heat-set inserts can be a challenge."

"Even though 3D printing slicers have come a long way over the years with crazy fast slicing times and features like organic supports, dynamic extrusion width, and hundreds of different parameters we can play around with, they still work with the same principle, and this is, cutting a part into 2D layers and filling these layers with print moves. And these two-dimensional layers are then simply stacked on top of each other, creating a three dimensional part. This results is one of the biggest problems of extrusion-based 3D printing, which is the significantly lower strength perpendicular to layers compared to in the printing plane. Layers that are stacked on top of each other only partly melt together, creating a weak point, and if these weak points are all in one plane, this is where a part will fail."

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