In high-performance ceramic components, surface finishing is not a secondary operation. It is a critical factor that directly influences mechanical behaviour, wear resistance, reliability and functional performance. Among the most…
Sintering is one of the most critical steps in the manufacturing of technical ceramics. It is during this thermal process that ceramic components acquire their final mechanical, thermal and chemical…
In high-performance industries such as microtechnology, medical devices, watchmaking, aerospace, energy and chemical processing, the choice of a technical ceramics manufacturer is a strategic decision. Component reliability, dimensional accuracy and…
The rapid evolution of modern medical devices relies heavily on advanced materials capable of meeting strict requirements for safety, durability and performance. Among these materials, biocompatible ceramics have emerged as…
In contemporary watchmaking, the use of ceramic components has shifted from an innovation novelty to a defining feature of high-performance and luxury timepieces. Combining engineering excellence with aesthetic elegance, ceramics…
1. Introduction Zirconia (zirconium dioxide, ZrO₂) is one of the most advanced ceramic materials used in modern industry. Known for its exceptional toughness, high strength, chemical stability and ability to…
1. Introduction Achieving micrometric tolerances is one of the most demanding challenges in modern industrial manufacturing. When working with advanced ceramics such as zirconia, alumina or silicon nitride, reaching a…
Introduction Switzerland is recognised worldwide for its leadership in microtechnology, precision engineering and high-value manufacturing. Whether in watchmaking, med-tech, micro-mechanics or high-performance sensors, the country relies on materials capable of…
Introduction Zirconia and Alumina are two of the most widely used technical ceramics in Europe, particularly in Switzerland where precision engineering, med-tech, watchmaking and advanced industrial manufacturing set extremely high…
Introduction: A Technology Serving Swiss Precision Ceramic Injection Molding (CIM) is an advanced manufacturing process that enables the serial production of complex and miniaturized ceramic parts with outstanding precision. In…