Lithoz, an Austrian producer of ceramic 3D printers and supplies, will debut three upgraded ceramic supplies for industrial manufacturing at Ceramitec 2026 in Munich, Germany. Introduced on March 9, 2026, the supplies are optimized for serial manufacturing utilizing the corporate’s lithography-based ceramic manufacturing (LCM) expertise. The corporate can even exhibit its CeraFab System S320 3D printer, that includes a considerably expanded construct platform.
The supplies launched on the occasion embrace upgraded variants of Lithoz’s alumina, zirconia, and alumina-toughened zirconia (ATZ) formulations. In accordance with the corporate, the supplies are designed to enhance reliability and repeatability in industrial additive manufacturing environments whereas sustaining the precision required for technical ceramic elements.
Three ceramic materials upgrades for industrial additive manufacturing
The brand new LithaLox alumina variant combines high-purity ceramic properties with improved processability for industrial workflows. The formulation permits wall thicknesses of as much as 12 mm and a stable loading of 55 vol%, which helps scale back shrinkage variation throughout sintering whereas sustaining excessive bending power. These adjustments are supposed to simplify manufacturing of dense alumina elements whereas preserving the dimensional accuracy related to Lithoz’s LCM course of.
Lithoz can be introducing an up to date LithaCon zirconia materials designed to scale back variation throughout massive manufacturing runs. The corporate reviews enhancements in fracture toughness and cleanability, in addition to a better Weibull modulus, a statistical reliability metric used to guage the variation of power in ceramic elements. Increased Weibull modulus values point out extra constant mechanical efficiency throughout manufactured components, which is especially vital for threaded elements similar to dental implant screws.
A 3rd materials that can be launched at Ceramitec is a medical grade LithaCon ATZ formulation. Alumina-toughened zirconia combines properties of each alumina and zirconia, providing excessive power and toughness alongside improved put on resistance. The producer states the brand new medical-grade materials helps wall thicknesses as much as 17 mm and a measured bending power of 993 MPa. The fabric is meant for medical gadgets together with dental implants, surgical instruments, and different MedTech elements produced underneath the corporate’s ISO 13485-certified high quality administration system.
Giant-format ceramic printer and manufacturing elements on show
Alongside the fabric launches, Lithoz will current the novel CeraFab System S320, a ceramic 3D printer designed for greater throughput manufacturing. The system contains a construct platform roughly 5 occasions bigger than earlier CeraFab techniques and can be demonstrated on the firm’s sales space in the course of the exhibition.
A number of utility examples produced utilizing Lithoz’s LCM expertise can even be displayed at Ceramitec. These embrace ceramic casting cores for manufacturing single-crystal turbine blades produced by Safran Plane Engines, a big atomic layer deposition ring for semiconductor processing designed by Plasway and produced by Alumina Techniques, and patient-specific ceramic listening to assist earmoulds designed by OC GmbH and manufactured by CADdent utilizing Lithoz medical printers.
Extra reveals embrace zirconia dental implants produced on a CeraFab S65 Medical platform and aluminium nitride cooling elements designed for semiconductor thermal administration functions. In accordance with Lithoz, these examples spotlight the rising adoption of ceramic additive manufacturing throughout aerospace, semiconductor, dental, and medical industries.
Commenting on the corporate’s presence at ceramitec, Lithoz CEO Johannes Homa mentioned the occasion supplies a possibility to exhibit how ceramic additive manufacturing is transferring towards repeatable industrial manufacturing. “Our LCM expertise has matured so much and most inquiries for components get straight to the purpose,” he mentioned, emphasizing the corporate’s deal with real-world functions and scalable manufacturing workflows.
Ceramic 3D printing strikes towards industrial manufacturing
Ceramic additive manufacturing continues to be transferring towards wider industrial adoption, with repeatability, materials consistency, and qualification necessities steadily cited as key challenges in scaling manufacturing. Earlier work involving Lithoz, HRL Laboratories, and the U.S. Nationwide Institute of Requirements and Expertise (NIST) has highlighted the significance of enhancing course of reliability to allow manufacturing use of ceramic AM applied sciences. Lithoz’s lithography-based ceramic manufacturing (LCM) course of is designed to assist this transition by combining photopolymer-based printing with managed debinding and sintering to supply dense technical ceramic elements with excessive dimensional accuracy.
Current trade developments recommend this transition is starting to take form. At Formnext 2025, Lithoz showcased a spread of useful elements produced via its “Ceramic 3D Manufacturing facility” community of contract producers and analysis institutes, demonstrating functions throughout aerospace, semiconductor, and medical sectors.
Firm management has additionally indicated that demand for ceramic additive manufacturing is more and more shifting from experimental initiatives towards repeatable manufacturing workflows, reflecting broader maturation of the expertise. Trade occasions similar to AM Ceramics 2025 equally level to rising adoption of ceramic 3D printing as supplies, printer platforms, and utility information proceed to evolve towards industrial deployment.
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Function picture reveals Lithoz zirconia chainmail. Picture through Lithoz.