Everything You Need To Know About MJF 3D Printing Process.

Everything You Need To Know About MJF 3D Printing Process.

In 2016, Hewlett Packard (HP) developed the (Multi Jet Fusion) MJF 3D Printing Process. This is oneof the finest feature resolution printing processes, which is the fastest too. It is obviously a high-resolutionprinting service that produces functional nylon prototypes.

Let us brief everything you must know about MJF 3D Printing Service here in the blog below; What is MJF Printing Service?

MJF stands for Multi Jet Fusion, a 3D printing technology invented by Hewlett Packard (HP) in 2016. It’sa powdered-bed printing process that uses powdered nylon, polypropylene or thermoplastic polyurethane (TP). It basically densifies the power used as raw material with infrared heat lamps in printing processing.

The Common Applications For MJF 3D Printing Service: It is widely used for functional prototypes such as the followings; • Custom prosthetics.

• Drone frames.

• Aircraft rudder trim systems.

• Automobile hinges (door support).

• Dental implant moulds.

The Incredible Benefits Of MJF 3D Printing Process: MJF Printing Service is 10x faster theoretically than FDM (Fused Deposition Modeling) and SLS (Selective Laser Sintering). It is the perfect 3D printing technology that even creates complicated andhighly detailed designs in less time.

MJF 3D Printing Process is easy for both beginner designers and experienced professionals. Moreover,it is a low-cost yet high-precision printing technology. MJF printing even ensures high customization,durability and flexibility.

The Prime Drawbacks of MJF Printing Service: Being avail of robust MGF 3D Printing Services is okay, but it also has drawbacks. Yeah! Read below to know more; 1. MJF lacks a variety of materials, as only Black PA12 nylon is available so far.

2. High cost and lead time.

Conclusion: Time to sum up as there is a lot more to know about the MJF printing process. Now you know that MultiJet Fusion is developed by HP (Hewlett Packard), as it is excellent printing technology. It has isotropic properties, which are far better than FDM and SLS. Therefore ensure a smoother, albeit matte and optimum surface finish on products.

Reference:-https://www.launchora.com/story/everything-you-needto-know-about-mjf-3d-printing