Examples of how Innovacera reviews operating problems, material choices and custom ceramic components when metals, resins or standard parts cannot meet the required performance.
Each case starts from a practical limitation such as wear, heat, insulation, corrosion or dimensional stability, then explains where advanced ceramics can help.
Here we feature a pharmaceutical filling equipment case where the customer wanted to replace worn metal dosing parts with a ceramic component set. The goal was not only longer service life, but also cleaner operation and...
Result: Improved wear life and repeatable dosing in clean filling operations.
This case shows how metallized alumina can help solve the combined requirements of electrical insulation, vacuum sealing and ceramic-to-metal joining in a compact feedthrough assembly.
Result: Reliable insulation and hermetic sealing for vacuum and high-voltage assemblies.
This case focuses on a power-electronics substrate where heat dissipation and electrical insulation had to be solved in the same compact ceramic part.
Result: Heat dissipation and electrical insulation in one compact substrate.
This case explains how boron nitride ceramic parts can support high-temperature processing where molten metal contact, thermal shock and vacuum or inert atmosphere operation are all part of the same requirement.
Result: Non-wetting, thermal-shock-resistant parts for molten metal and high-temperature work.
This case features porous ceramic components used when filtration, diffusion or controlled flow depends on a stable pore structure rather than only on the external shape of the part.
Result: Defined pore structure for consistent filtration and controlled flow.
Share drawings, operating conditions, quantity and target performance. Innovacera can review material direction, manufacturability and prototype-to-production options.
