By David Shamah, The Times of Israel
“The layered
inkjet printing technology that is used to make medical devices, dental
implants, single-run samples for manufacturing, and much more is all based on
plastic,” said Xjet CEO Dror Danai. “In the same way that Objet helped create
an industry for 3D printing using plastic materials, we intend to create an
industry that will allow the same kind of custom printing for metal.”
The
reference to the Israeli 3D printing company that was one of the creators of
the 3D printing industry, is not coincidental; Danai and many of the 62 people
working at the Rehovot- based
company are veterans of Objet. Danai left before
the company merged with Stratasys to create the world’s biggest 3D printing
firm.
“Objet’s big
innovation was inkjet 3D printing, using plastic materials like PLC,” said
Danai. “At Xjet, we are developing an inkjet printing tech for liquid metal,
the first time this is being done anywhere.”
The
technology, said Danai, could revolutionize manufacturing.
“Right now, the only way to manufacture a
piece of metal is by using a mold to fit liquid metal, which then solidifies,”
said Danai. It’s the way everything metallic – from a pipe to a coin to a gold
ring – is made. “To make an odd-sized piece, you first have to make up a new
mold and measure it to ensure it has the right specifications for the machines
that are going to produce it commercially. Manufacturing a single, one-time
item is a very drawn out and expensive proposition that makes many metal parts
very expensive.”
Such parts
are used in rockets, spaceships, military jets, and other unique items, but for
everyday use, such customized manufacturing is far too expensive and involved.
Enter Xjet,
which, said Denai, uses nanotechnology to create special metal liquids that,
using its 3D metal printing technology, can create unique, one of a kind items
on the fly.
“We allow
manufacturers to skip the mold stage, saving them huge amounts of time and
money,” said Denai. “All the specifications are made in the software, and when
it’s time to print, our nano-based metals are created according to those
specifications.”