Lithoz to demonstrate mass production via ceramic 3D printing
At Formnext 2022, Lithoz will present the answer to the profitable mass production of 3D printed ceramics

At Formnext 2022, Lithoz will present the answer to the profitable mass production of 3D printed ceramics. Visitors will be able to see, touch, and feel the smooth and crack-free industrial parts, on display at the Lithoz stand, which have been created thanks to the plug-and-play scalability of the CeraFab S65 ceramic 3D printer – a printer that has opened the industry to the world of complex, high-performance, 3D printed ceramics.
With the unique technology, the CeraFab S65 is taking productivity to the highest possible levels, and enabling unmatched precision in additively manufactured ceramic parts – for which Lithoz offers a vast range of materials for nearly every application.

In a live demonstration, Lithoz will present the company’s compact, entry-level model of the CeraFab S65 – the CeraFab Lab L30 – which has enabled easier access to the field than ever before.
The Formnext premiere of the company’s Laser-Induced Slipcasting (LIS) technology, used in the CeraMax Vario V900 printer, will give visitors the opportunity to engage with large, thick-walled, and fully-dense 3D printed ceramic parts. This new LIS technology is even capable of processing dark ceramic material – making it a valuable new addition for any innovator.

Lithoz will also be showcasing the company’s cutting-edge developments in ceramic additive manufacturing for medical and dental applications. One of these developments, for which Formnext will serve as the platform for the world premiere, is the new LithaBone HA 480 medical material – which Lithoz will exhibit in the form of revolutionary, patient-specific bone replacement implants made from the bioresorbable ceramic.
Finally, visitors will also be able to view the company’s 3D printed dental restorations, made using lithium disilicate. Visitors will be able to see, in person, the exceptional aesthetic closeness of these parts to real teeth, and what makes them one of the next major innovations in dentistry.