“However, the [HP] Multi Jet Fusion process is 30 or 60 times faster than traditional 3D printing. Instead of taking one hour and 20 minutes to do one gear, you can do 950 gears in less than 24 ...

The new Multi Jet Fusion technology marks HP's first foray into 3D printing. Scott Stein/CNET Hewlett-Packard made its long-awaited move into 3D printing on Wednesday, revealing the Multi Jet ...

None of this comes especially cheap – the HP Jet Fusion 3D 4200 will be $130,000 when it arrives late this year, while the HP Jet Fusion 3D 3200 will be $155,000 and is due to go on sale in 2017 ...

To put it into simpler terms, it works kind of like an inkjet printer. What would take a normal 3D printer 83 hours to produce can be printed in just three hours with the Multi Jet Fusion, HP claims.

A new 3D printing technology could be faster and more finely detailed than anything out there. A peek at what objects Muli Jet Fusion can print.

In practical terms, HP claims its use of inkjet nozzles makes Multi Jet Fusion up to 10 times faster than leading selective laser sintering and extrusion-based 3D printers -- which are limited by ...

The global multi jet fusion 3D printing technology market is expected to reach an estimated $8.4 billion by 2030 from $2.9 billion in 2024, at a CAGR of 19.5% from 2024 to 2030 ...

Disclosure: I own 3D Systems stock. After several months of rumors, Hewlett-Packard ’s Multi Jet Fusion technology is here. And it is promising to revolutionize the 3D printer industry.

Douglass and his brothers, Brian and Sean, started using the new multi-jet fusion printer a few weeks ago at their current location in Spicer. It's the first 3D printer of its kind in Minnesota ...

At a media event in New York this week, HP showcased its Multi Jet Fusion technology, one that leverages the company's strength in inkjet paper printing by using massive 3D print heads that can ...

In other words, there are potentially many expansion opportunities for Multi Jet Fusion to grow into a highly dynamic 3D printing platform, whereby a single 3D printer can fluidly handle a diverse ...