Stl Files For 3d Printing

We know that modeling for 3D printing can be confusing: in 3D modeling, as in 3D printing, there is no one size fits all approach. We all use different software, print in different materials, and not only use different printers but also different printing technologies.

So it’s perfectly normal to feel lost and it can sometimes seem difficult to design a perfect 3D model for 3D printing. That’s why we’ve put together the ultimate list of mistakes to avoid when turning a 3D model into a 3D print. Ignoring Material Guidelines Each and every printing material is different. Can be brittle or strong, flexible or solid, smooth or rough, heavy or light, and so on.

Download the best 3D models for 3D printer. Discover on this page all 3D files that have marked the 3D printing community! 3D print these superb STL files.

This also means that an object should ideally be designed for a specific material. For example, if you know that you want to print your 3D model in, there will be specific material-related design recommendations that you need to take into account such as supporting overhanging parts, strengthening elements that are sticking out, rounding off corners, etc. The choice of your printing material simply pre-determines some of the basic that you need to stick to. Each 3D printing material is different. Make sure to read the design guide for the material of your choice.

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Solution: Sticking to the design rules of your material is essential for a successful print. Ideally, you should read the design guides before you start to work on your model. You can find the. Additionally, you can compare several materials directly on our. We also encourage you to browse through our (you can set a filter for specific materials there) to get a better understanding of what designs other artists have created in what materials.

Ignoring Printing Technology It’s not only the basic chemical characteristics of our printing materials that are different, but also the technologies that are used for printing each of these materials. The best example of this is interlocking parts: In materials like,,, or you can print interlocking parts, while in others like,,, or this is not possible. The reason behind this is not the material itself, but the technology that is used for printing each of these materials. For ABS we use (filament-based) with an extra nozzle and material for support, for Polyamide, Alumide, and Rubber-like we use (powder-based), for precious metals we use lost wax casting (based on a 3D print in wax and a mold), and for the Resins we use (liquid polymer-based). This might sound confusing but the important thing to keep in mind is the following: we cannot assume that Stainless and Silver will have similar requirements simply because they are both metals. They are printed using different technologies and thus some design features will differ. However, materials that use the same technology such as Gold, Silver, Bronze, and Brass (lost wax casting) are more likely to share similar design requirements.

Solution: Once again, our materials website holds all the answers. Checking our before you start designing is always key. Also, keep in mind that with the use of different printers and printing technologies, the maximum printing sizes differ. You can find an overview about these.

Ignoring Wall Thickness Even though you can find information about the wall thickness in the guidelines that were already mentioned, it’s worth stressing this point again. Problems linked to wall thickness are by far the most common reasons why some 3D models are not printable. In some cases, wall thickness is too thin. Walls that are too thin make small parts on the model unable to be printed or very fragile and could break off easily. In other cases, walls that are too thick generate too much internal stress and could cause the item to crack or even break. Necklace Starfish by Vaia Gkerlioti 4.