Visit Lithoz at RAPID + TCT

View this email in your browser Lithoz @ RAPID+TCT 2026 "The Blueprint for Industrial Serial Production in Ceramic 3D Printing" Lithoz is taking the stage at RAPID+TCT 2026 with a demonstration of use cases for serial production in ceramic 3D printing, highlighting their most impactful real-world applications. These range from aerospace and semiconductors to green tech, medical and dental, and are showcased alongside their CeraFab Lab L30, which is focused on academia, research and development. As the largest additive manufacturing and industrial 3D printing event in North America, RAPID+TCT is the premier platform for showcasing industrial advancements in the additive manufacturing of high-performance ceramics. Book a Meeting with Lithoz at RAPID+TCT! Booth 1712 At the Lithoz booth, visitors can explore a wide range of state-of-the-art medical applications that demonstrate advanced materials and technologies.  Highlights include hydroxyapatite cranial and zygomatic implants, ear ossicles, as well as hearing aid earmolds and mounts, shavers tips and burs for surgical tools. The booth also features zirconia dental implants, crowns and orthodontic brackets made from lithium disilicate, alongside silicon nitride spinal cages and a paediatric blood pump developed by the EU-funded Optiflow Project. Ceramic 3D-printed alumina-toughened zirconia (ATZ) otoplastics for hearing aids, that offer a patient-specific fit, as well as biocompatibility and acoustic neutrality that surpass those of conventional materials. Developed and marketed by OC GmbH, manufactured by CADdent. Accelerated semicon performance on display:  sintered aluminium nitride cooling plates up to 100 x 100 mm with ultra-precise channel networks and a CTE (coefficient of thermal expansion) that closely matches the one of silicon - enhancing thermal performance and sustainability across semicon systems. Industrialising LCM-printed innovation for semicon - 15" atomic layer deposition ring ensures constant gas flow and pressure - resulting in tripled production output and  increased uptime from one to 9 months. Designed by Plasway, printed by Alumina Systems. Reimagining casting cores for next-generation single crystal turbine blades with a range of 46 ceramic cores on a single CeraFab S320 build platform. Already being scaled up to serial production by Safran Aircraft Engines, these complex cores revolutionise turbine development by enabling more complex cooling channels during the casting process - which are key in increasing the high-pressure turbine inlet temperature required for future engine generations.  Discover precision and versatility live a RAPID+TCT with the CeraFab Lab L30: Designed as a compact and flexible 3D printer, it features a build volume of 76 x 43 x 170 mm, ideal for research and development. With a lateral resolution of 40 µm, it achieves a fine layer thickness down to 25 µm, ensuring exceptional detail and surface quality.

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