The Right Wall Thickness

The wall thickness decides in 3D pressure, how stable an object fails. These tricks help you to adjust.

In 3D printing, the right wall thickness determines whether an object succeeds or not. However, since each 3D model reacts with the material used in its own way, it is often difficult to find the right strength. These tricks help in orientation.

That means Wall Thickness: How thick the building surface to fail to surface, is determined by the wall thickness. The smaller an object, the thinner the wall thickness. Conversely, large objects quickly lose their stability when they are printed with too little wall thickness.

Wall thickness and media: In addition to the object size, the media determines how thick must turn out a wall. If the finished object is to remain flexible, for example a smartphone sleeve, which is striped over the device, too strong walls can stiffen the object. On the other hand, too thin walls cause it to tear. The setting in the printing program should be between 1,5 and 2,5 millimeters.

If metals are used as printing materials, wall thicknesses can be selected to be thinner. The reason: Metals have a higher stability per se. Service providers point out that steel can be finely printed down to 0.3 millimeters, titanium up to 0.4 millimeters. Ceramics, on the other hand, are among the most sensitive printing materials. Depending on the size of the object wall thicknesses of three to six millimeters are necessary.

Thicknesses can also cause problems: in the case of metals or ceramics, too strong walls create stresses in the print object – the object tears. For ceramics, a wall thickness of 15 millimeters is the upper limit. In the case of metals, ten millimeters should not be exceeded.

Wall thickness and auxiliary structure: If the printed matter remain as finely as possible and simultaneously have overhangs, overcome auxiliary structures physical problems. A small figure with outstretched arms can be combined with support realized. Without this, the arms would break off during printing. Less weight is important in this case: Determine the wall thickness so that you can print the arms hollow. Trying out is important: a wall thickness of 1.5 millimeters can be used as a guideline. If you take less, you risk the figure is too unstable and easily breaks.

 

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