Use a 3D scanner to make a perfect base for your figure to "stand up"

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Figures are favorite collectibles for many people, and they attract countless fans with their exquisite details and various shapes. However, sometimes the balance of the figures may not be good enough, preventing them from standing stably on a display case or bookshelf. In order to solve t

3D scanner is a device that can convert physical objects into digital models. It uses lasers or other sensors to obtain shape and size data of objects and converts these data into computer-readable files. In this way, we can edit and modify it on the computer to achieve the effect we want.

1.3D scanning
The first step in making the perfect base for the figure is to scan the figure using a 3D scanner. Place the figure on the scanner platform and start the scanning process. The scanner automatically scans and generates an accurate 3D model on the computer.

2. Model editing and processing
Next, we can use 3D modeling software to edit and modify the model. First, we need to adjust the shape and size of the base to ensure that the figure can stand firmly on it. By increasing or decreasing the area and height of the base, we can adjust the design of the base according to the needs of the figure.

3.3D printing
After completing the base design, we can use a 3D printer to print the base. Import the base model from the computer into the 3D printer and select the appropriate material for printing. Depending on your printer's speed and accuracy settings, the printing process can take several hours or even longer. Once printed we can take out the base and pair it with the figure.

By using 3D scanners and 3D printers, we can create a perfect base for the figure so that it can stand stably on the display cabinet. This method can not only improve the display effect of the figures, but also increase the collection value of the figures. In addition, 3D printing technology also allows us to design and customize the base according to personal preferences, making each figure unique.

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