According to some recent studies 3D printed steel would be three times more resistant than the common. What are the practical applications of this discovery?

3D printing. What are the cons?

The use of 3D printing now rages between the various sectors of industry, from the biomedical industry to the food sector. However, this technology encounters various problems starting from little resistance of materials that are used to print and to their easy tendency to perish. But the researcher were not a passive observer. In fact, they have developed a new printing technique that starring stainless steel. This material allows to create artifacts much more resistant than those created so far.

The use of stainless steel for 3D printing. What will the new applications?

And now you have to ask yourself: “how we will use the 3D printed stainless steel?”. Only after running the necessary tests, this type of material will find application in many fields, from aerospace to nuclear. Some examples below. It can be used for the construction of spacecrafts, airplanes, oil pipelines or parts of nuclear reactors. In addition to become indispensable for building some mass products.

Stainless steel 3D-printed. All “pro”.

Thanks to the technique of 3D printing, stainless steel will not make all those typical manufacturing defects. In fact, it will greater flexibility and resistance, avoiding internal microfractures that usually can affect the durability of the material. Just these tests, steel created with a 3D printer has proved more durable than those made with other common techniques. In addition, the stainless steel is the least expensive among the metals that can be used for 3D printing (e.g. titanium, aluminum, iron, copper and bronze etc..)

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