Alumina and zirconia 3Y are both used in technical ceramic 3D printing, but they fit different engineering priorities. Alumina is lighter and offers higher stiffness, hardness, thermal conductivity and electrical resistivity. Zirconia 3Y has much higher reported flexural strength and is used in selected space, dental and other demanding applications. The right choice depends on the finished part, its service environment and the qualified manufacturing process. 3DCeram develops and processes […]
An Engineer’s Guide to Geometry, Tolerances, Production Economics and Hybrid Manufacturing: Which Process Should You Choose? Technical ceramics are selected for demanding environments, but manufacturing them can be challenging. Should an engineer machine a part from fired ceramic stock, shape it before sintering, or use ceramic additive manufacturing? Drawing on 3DCeram Sinto’s experience in ceramic stereolithography and industrial process development, this guide compares CNC machining with ceramic 3D printing. The […]
Choosing an SLA ceramic 3D printer? Compare SLA ceramic resin, machine fit, post-processing and total-cost factors for industrial ceramic parts.
How Alumina, Silicon Carbide and Aluminum Nitride support next-generation wafer processing Advanced ceramics have become a core engineering requirement for semiconductor equipment manufacturers that need stable performance in extreme process conditions. As semiconductor process nodes move toward 2 nm and AI architectures drive higher thermal demands, ceramic components must withstand plasma exposure, harsh chemicals, high vacuum and rapid thermal cycling while maintaining tight dimensional control. Why Advanced Ceramics Matter in […]
How ceramic SLA enables complex, high-performance parts from development to industrial production Vat photopolymerization has become a key process for manufacturers that need advanced ceramic parts with complex geometries, fine details and high-quality surfaces. Often described as ceramic stereolithography or ceramic SLA, the technology combines the design freedom of additive manufacturing with the functional properties of technical ceramics after debinding and sintering. It is particularly relevant when conventional forming or […]
In just a few days, the 3DCeram Sinto team will head to Munich for the international trade fair for ceramics and, among others, technical ceramics: Ceramitec. The opportunity for us to reveal our latest innovations. New materials, new proposals to facilitate and save on production costs on certain steps of the process. Meet us from March 24 to 26, 2026, in Hall A6 – Stand 113/214 to discuss your projects […]
Here it is! The AUTO CERAKLEANER, our new automated cleaning machine dedicated to 3D printed ceramic parts. It is designed to optimize your production line and reduce your manufacturing costs per part. Why choose the AUTO CERAKLEANER? The AUTO CERAKLEANER is not just a cleaning machine; it is a performance driver for your workshop. It allows you to maximize your output while guaranteeing consistent quality. Save time: Clean your parts […]
In the rapidly evolving medical technology sector, the ability to move from R&D to industrial-scale production is a decisive competitive advantage. We spoke with G. Surgiwear Ltd., a leading company in the Indian medical and surgical field, about their journey with 3DCeram and the adoption of ceramic 3D printing. Q: Could you tell us more about your company and your activities in the medical field? A: We specialize in developing […]
From November 18 to 21 in Frankfurt (Hall 11.1 – Stand C68), 3DCeram Sinto reaffirms its mission: to provide manufacturers with a relevant and industrial-grade ceramic 3D printing offer, designed to meet the requirements of serial production.With more than 20 years of expertise in ceramic additive manufacturing, 3DCeram Sinto delivers solutions tailored to real industrial needs, from R&D to full-scale production. The focus: precision, reliability, and cost efficiency. Industrial adaptation […]
In a groundbreaking webinar hosted by 3Dnatives, Maxence Bourjol, Head of Sales at 3DCeram, and Johannes Noll, Development Engineer at Bosch Advanced Ceramics, explored the revolutionary capabilities of laser-based ceramic additive manufacturing for producing large-scale, high-performance ceramics in series production. This insightful session highlighted how this cutting-edge technology is transforming industries such as aerospace, semiconductor, and beyond, and its potential to redefine high-precision ceramic manufacturing. Pushing the Boundaries of Large-Scale […]
