Sunday 21 February 2021

How To Implement Multi-Jet Fusion For 3D Printing Services?

In recent years, 3D printing has seen a significant rise in its popularity. And why would not it? It allows you to produce complex and intricate parts efficiently. With 3D printing, you can create complicated parts for all kinds of machines. And the best part is, it costs less than traditionally making the parts. However, there is one drawback of 3D printing. It takes a lot of time to produce intricate designs. But multi-jet fusion 3D printing excels in this regard.

What Is Multi Jet Fusion 3D Printing?

Multi Jet Fusion or MJF 3D printing is an industrial-grade 3D printing technology that can create functioning 3D parts in as little time as a single day. The most used technology for 3D printing is Selective Laser Sintering or SLS technology. Below, we are going to talk about the differences between these two technologies.

Comparison Between SLS And MJF Technologies

SLS printing and Multijet 3D printing technologies, though different, have some similarities between them. Both of those technologies don't need supports to work. SLS technology utilizes lasers to produce various parts. MJF technology makes use of infrared heating technology to fuse different layers. This process allows MJF technology to create components with more consistency as well as durability. 

MJF printing technology applies fusing agents over a bed of nylon in multiple layers and then combines them. Metal casting services prefer this technique because it produces more durable parts. The average longevity of the products of multi-jet 3D printing is comparable to the higher-end SLS products, with tensile strength up to 48 MPa or around 6960 psi.

However, the main thing that differentiates these two technologies is their speeds. SLS technology traces all the details in a design during the printing process. So, it is capable of creating finely detailed products. But, it is a time-consuming process. MJF technology consistently scans the surface area and builds the products in that way. It generally cannot produce finer details as SLS, but it drastically improves the printing speed. With this benefit, the primary drawback of 3D printing disappears, making it viable for various industries.

Conclusion

In the end, we can say that MJF 3D printing technology offers a significant benefit over its competitors. While it cannot manufacture larger parts like SLS, most of the 3D printed parts are smaller. So what are you waiting for? Apply MJF 3D printing technologies and see for yourself the benefits it can offer.

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