Advertisement
Execentis Banner April 2026
Partner of Ceramic APPLICATIONS

Address

Lithoz GmbH
Mollardgasse 85a/2/64-69
1060
Vienna
AT

Fairs

AM Ceramics DE; Ceramics Expo Novi/US; Ceramics Japan, Tokyo/JP; ceramitec Munich/DE; formnext Frankfurt/DE; IACE Shanghai Shanghai/CN; MS&T Pittsburgh, PA/US; RAPID+TCT; The Advanced Ceramics Show Birmingham/GB

Phone

+43 (0) 1 9346612-200

Fax

E-mail

office@lithoz.com

Homepage

https://www.lithoz.com/

Company profile

Lithoz is the world market and technology leader for 3D printers, materials and solutions for the industrial production of high-performance and bioresorbable advanced ceramics. The ultra-precise CeraFab printers are based on LCM technology, which has become the industrial standard when scaling-up ceramic 3D printing to industrial level in high-end markets including aerospace, semiconductor, industrial, greentech and medtech. Customers benefit from both, ISO 9001 and ISO 13485 certifications and a cutting-edge variety of printable ceramics, including alumina, zirconia, ATZ, silicon nitride, aluminium nitride, silica-based for casting cores and medical-grade bioceramics such as hydroxy apatite or tricalcium phosphate. Lithoz offers application and material development to customers, as well as powerful software and advanced trainings. Founded in 2011, the company’s long-standing expertise has been the launch base for establishing their world-spanning “Ceramic 3D Factory” network with contract manufacturers and research facilities all around the globe offering services based on LCM printing.

Ownership

n/a

Management

Dr. Johannes Homa, Dr. Johannes Benedikt

Turnover

n/a

Number of employees total

Number of employees in R+D

Product development partnerships

customers, institutes, user industries, multidisciplinary

Project funding

public, industry

Main components

n/a

Certificates

EN ISO 9001:2015
ISO 13485

Market leadership

World-leading machine and materials provider for additive manufacturing of high-performance ceramics

Special know-how

Know-how in the whole process chain of additive manufacturing of ceramics / in-house expertise along the whole process chain of additive manufacturing of ceramics. Customer-specific material and machine development and application development. Large-scale industrial serial production. 3D printers and ceramic slurries for high-performance, technical ceramic parts.

Project duration

n/a

Pilot run series

yes

Ceramic division(s)

n/a
ECerS - European Ceramic Society https://ecers.org/en/ec/home
Additive manufacturing; Aerospace; Aircraft; Automotive engineering; Ceramics and joining technology; Chemicals – Pharmaceuticals; Clocks and watches; Combustion engine; Conveying equipment; Dental systems; Diagnosis; Electromobility; Electronic circuits; Engine piston casting; Environmental engineering; Exhaust train; Fabric production; Flow control in vehicle manufacturing; Glass engineering; Gravimetric measurements; Implantology; Instruments and tools; Jewellery; Laboratory; Laboratory; Laboratory; Lifestyle and leisure; Lighting systems; Material separation; Measuring systems; Medical engineering; Melting processes; Metal engineering; Metal working; Military engineering; Military reconnaissance; Power engineering; Reaction control; Stationary energy storage; Telecommunication; Telecommunications; Textile industry; Thermal measurements; Wafer production

3D Printers: CeraFab System S65, CeraFab System S320, CeraFab System S25, CeraFab System S65 Medical, CeraFab Lab L30, CeraFab Multi 2M30, CeraMax Vario V900, CeraClean.
Ceramic Materials: Alumina, Zirconia, Aluminium Nitride, Silicon Nitride, Silica-Based, Tricalcium Phosphate, Hydroxyapatite, Zirconia-Toughened Alumina, Alumina-Toughened Zirconia.
Software: CeraControl.

Materials

alumina; alumina high purity; alumina transparent; aluminium nitride; bioglass; carbides; cordierite; fused silica; glass ceramics; hydroxyapatite; lithium disilate; magnesia; piezoceramic components; Si3N4; silica-based materials; silicon carbide; silicon nitride; technical porcelain; transparent ceramics; tricalcium phosphate; yttria; yttria-stabilised zirconia (3% / 8%); zirconia; zirconia toughened alumina (ZTA) / alumina toughened zirconia (ATZ); zirconia toughened alumina/ alumina toughened zirconia ZPTA/APTZ

User industries

additive manufacturing; aerospace; automotive; automotive: electromobility; aviation; battery; biotechnology; ceramic industry; chemical industry; coating technology; defense; dental technology; electrical and electronic industry; electrical and thermal insulation; electronics and sensors; environmental technology; extrusion; fluid handling technology; healthcare; high temperature applications; industrial; industrial automation; institutes; instruments and tools; laboratory technology; machinery; marine and railway; measuring and testing industry; medical and dental; medical engineering; medical engineering: implantology; medical technology; navy; OEM; plasma treatment; power generation; process and production technology; R&D (universities/ institutes/ corporate); semiconductor industry; sensors; technical ceramics; textile; thermal engineering; watch industries

Production plants

3D printers; additive manufacturing

Technical Center / Laboratory

You are currently viewing a placeholder content from YouTube. To access the actual content, click the button below. Please note that doing so will share data with third-party providers.

More Information
Unblock content Accept required service and unblock content

Lithoz - setting the industrial standard in 3D printing for high-performance advanced ceramics.

Manufacture the Future – Why Decision Makers Should Care about Additive Manufacturing

The first big hype about Additive Manufacturing (AM) is over. What...
09/09/16

How Can CIM Benefit from Additive Manufacturing?

In the field of ceramic processing, there is a strong need...
09/09/14
Back to search
Press release
Search
Contacts
Privacy
Imprint
About us
Editorial board
Terms and conditions

Service

Phone: +49 7221 502 200

E-mail: info@goeller-verlag.de