The aesthetic excellence of technical ceramics for prestigious creations : Technical ceramics are establishing themselves as the material of choice for aesthetic applications, particularly in luxury watchmaking. Thanks to a vast palette of colors and a diversity of finishes - glossy polished, sandblasted matte, brushed satin or even subtle combinations - it offers designers unrivalled creative freedom. This refinement of textures and nuances sublimates each piece, adding real value to exceptional objects.

Ceramaret SA, a Swiss company, is at the forefront of manufacturing high-precision components from advanced ceramics such as alumina, zirconia, silicon nitride, synthetic sapphire, and ruby. We specialize in delivering parts that meet the stringent requirements of analytical and metering applications.

Ceramaret is the only company in Europe that can produce alumina and zirconia components using inkjet printing.

From machining to grinding to additive manufacturing, the production of technical ceramic parts is a complex process, whether they are destined for the watchmaking or medical sectors. This unique knowledge, developed over more than a century at Ceramaret, requires the expertise of different teams.

Over the last decade, the technological progression of implantable medical devices has been extraordinary. Implantable electrical devices such as pacemakers, cardiovascular defibrillators, implantable multichannel neuromuscular stimulators and cochlear implants have become widely accepted and used.

Ceramaret GmbH (formerly MicroCeram GmbH), based in Meissen, Germany, has been active for over 20 years in the manufacture of innovative technical ceramics in growth markets.

Recommended by many dentists and preferred by patients, ceramic dental implants offer much better cytotoxicological, histological and biochemical properties than those made from titanium.

High strength and hardness, excellent thermal stability, good corrosion resistance and low density: this unique combination of properties makes silicon nitride (Si3N4) the ideal material for numerous industrial applications across divers sectors such as automotive, electronics and biomedical.