Ceramic Injection Moulding
We chose to specialize in development and production of technical ceramics, shaped through Ceramic Injection Moulding (CIM). Technical ceramics enable producing highly temperature-, biological-, chemical-, and wear resistant products that can be used in high tech industries, but also for exclusive consumer goods. The unique characteristics of ceramic excel in complex applications that require durability, abrasion resistance and extreme hardness.
Ceramic Injection Moulding (CIM) is an advanced manufacturing technology. An innovative production process providing cost effective solutions through complex net shape ceramic components in small to medium size batches. Post-processing is not necessary, but optionally available. Reducing time and labor, thus cost.
- Forming net or near net shape parts
- Improving productivity and efficiency
- Lower manufacturing cost
- Improving product performance
- High volumes / high degree of reproducibility
- Tight tolerances, typically ±0.3% of the dimension
- Smooth surface finish (no traces of machining like milling)
ApplicationsCeramic Injection Moulding makes it commercially feasible to manufacture complex geometries, with features such as undercuts, perpendicular holes, screw threads and intricate cavities that were previously too difficult and/or expensive using other traditional production techniques. Shaping components in one and the same process combined with the beneficial features of ceramic like wear and corrosion resistance, superior hardness, high mechanical strength and thermal stability make it an interesting technology to use for various markets. CIM components can be used for example in medical devices, orthodontics, automotive, aero engines, watches, vacuum applications, consumer products, and many more application possibilities.
Ceramic injection moulding materials
In principle, any ceramic powder is suited to apply to the Ceramic Injection Moulding process. We specialize in:
- ESD material
Ceramic injection moulding process
After deciding which ceramic you want to have for your application, the CIM process is as follows:
The first step in CIM begins with very fine ceramic powders which are compounded with polymer binders into a feedstock. During moulding, the binder melts, plasticizes and carries the ceramic powder into the mould.
The next step is removing the binder thermally or chemically in a furnace, a so called debinding process.
Debinding is followed by sintering. During this step, the ceramic particles fuse together and become a solid piece. The outcome is a fully dense ceramic component. In this final stage, the outstanding ceramic properties have been achieved.
Upon customer request there is the possibility to add machining in the green phase, or to perform additional surface finishing like grinding and/or polishing. This optional post-processing is also a way to achieve even more accurate tolerances.
With 20+ years of knowledge and experience, CIM has proven to be a reliable manufacturing method if you need volume production quantities of components in a superior material that can withstand physical, thermal, electrical and chemical challenges. It is an effective way producing complex precision parts with a high grade of repeatability and reproducibility.