As one of the cutting-edge technologies with huge development prospects and broad application space, big FDM 3d printer printing has almost "swept the world". Up to now, the application of 3D printing in education, medical, automotive, aerospace and other fields is constantly deepening, and its value in the commercial landing process is also constantly reflected. So, what are the significant advantages of 3D printer huge printing technology? Next, let's get to know it together!

The FAQ of FDM 3D printing

The productivity and creativity of 3d big printer size are amazing. However, there are bound to be countless failures behind the brilliant success. Watching others successfully produce beautiful 3D printed products, I am not satisfied with it: the color is not good, the shape is unsatisfactory, The surface is not smooth, even silky...Where is the problem? How to self-check these conditions? How to self-solve these problems?

Describing the FDM 3D Printer's development and for large-size

3D FDM printing filament TPU (Thermoplastic Urethane thermoplastic polyurethane elastomer) is a mature environmentally friendly material between rubber and plastic. Its products are currently widely used in shoe manufacturing, medical and health, electronic appliances, industry and sports, etc. . So, what characteristics does TPU material have that other plastic materials can't match?

Regarding 3D printing machine, many people have learned a lot about dry goods, but they lack some practical skills. I often print out the failed model, which is time-consuming and labor-intensive, hard work, and the model that has been changed from left to right is horrible in the end. Here, I will summarize the previous knowledge for you, and help you to play a little help in the printing process. Today, I want to explain some questions about 3D printer work:

Nowadays, with the using of 3D printer, there's problem about the machine maintenance.

In 3D printing of 3D printing machine, each layer is constructed on the basis of the previous layer. Therefore, there needs to be a balance between the basic strength and the amount of consumables. If the foundation is not strong enough, there will be holes and gaps between layers. Especially in the corners where the size changes (for example, you print a 20mm square on a 40mm platform). When printing to a smaller size, you need to ensure that there is enough foundation to support the 20mm square side wall. There are usually several reasons for the weak foundation.

Designing 3D models for 3D printing is sometimes annoying, because the 3D models used for 3D printing do not have a completely unified standard. Different modeling software, different printing materials, and different printer models even mean completely different 3D printing technologies, which will reflect the different requirements for 3D models. So as a 3D designer, if you find it difficult to design a useful 3D printed model, it is simply too normal. Here, I briefly summarized several problems that are prone to occur in the process of converting 3D models into real objects.