Ceramic Injection Molding
Your need is our challenge. SPT is the technology leader in the development and manufacture of technical and customized, high-precision parts using Ceramic Injection Molding (CIM).
We specialize in Molding Ceramics of small, complex & precise components with micron tolerances. We process materials such as Alumina, Zirconia, zirconia-hardened alumina and poly crystalline ruby and strictly follow their design specifications.
Application examples:
- Nozzles with hole diameters ≥ 15µm and tolerances ≥ 1µm.
- Medical tools & implants
- Dental applications
- Industrial and electronic components
The CIM process uses Injection Molding and Sintering techniques to produce complex parts with very hard materials that would be too difficult, too expensive or even impossible to produce using conventional methods. The Injection Molding Process can also be used to join components that previously required costly subsequent assembly.
Ceramic Injection Molding enables the economical production of high-precision small parts with maximum design freedom in terms of geometry, material properties, and reproducibility. Each customized, high-precision ceramic part has individual properties and requirements. As the world's leading manufacturer of customized, high-precision parts, our highly qualified employees work with you throughout the entire planning and development process. In this way, we jointly optimize the end product and the production chain in the best possible way.
Parts For Medical And Dental Applications
SPT manufactures precision parts in technical ceramics for the dental and medical industry
High Precision Watch & Industrial Parts
Application examples for different industries
Thanks to its maximum design freedom, the CIM process gives a wide range of industries access to the advantages of the high-performance material ceramic.
High End Nozzles
SPT is specialized in the production of precision nozzles
The CIM process enables the economical production of ceramic high-precision nozzles. Bores with tolerances of 1 micrometer are our daily business.
With a broad definition, all inorganic, non-metallic materials can be called ceramics. In other words, everything that cannot be assigned to plastics or metals is considered ceramics
"Advanced Ceramics have very positive mechanical properties, such as high density, high hardness and extreme resistance against wear. Good design control can add strength to control risks of fracture."
Reduced fracture strength is a characteristic whose risks can be well controlled in terms of design.
SPT has decades of experience in the field of technical ceramics
Technical Ceramics have become a trendy material in many industries today in terms of performance, durability and aesthetics. The properties of most Ceramic Injection Molding Materials are suitable for a wide range of applications.
Upon request, our materials can be qualified according to international ISO or ASTM standards.
1. Zirconia
2. Alumina
Why Ceramic Injection Molding ?
The CIM (Ceramic Injection Molding) process has the following advantages over other manufacturing processes in economic and technical terms
Today's Fine Ceramics deliver world-class solutions to difficult engineering challenges with outstanding results that outshine conventional materials. Thanks to the reproducibility of our manufacturing process, these versatile materials can be produced economically in a wide range of shapes and quantities.
Economically, our Injection Molding to near net shape allows high volume quantities at a good cost value to our customers.
