Injection Moulding Of Ceramics

Ceramic injection molding cim uses ceramic powders such as alumina.

Injection moulding of ceramics.

Injection molding is a cost effective way of delivering high precision components made of the strongest ceramic materials on the market. 3 1 2 2 micro powder molding. The cim process gives production engineers and product designers more versatility in the use of ceramics as an alternative material with higher productivity lower manufacturing cost s and improved product performance. Ceramic injection molding is an innovative new process at indo mim under a six sigma controlled environment.

We offer a range of high performance materials formulated specifically for the ceramic injection moulding cim process. Ceramic injection molding is ideal for high volume production of complex tight tolerance components. Coorstek has deep expertise and proven results manufacturing volume production quantities using ceramic injection molding at multiple facilities around the globe. It combines plastic injection molding techniques and performance attributes of ceramic and metal powders.

Ceramic injection molding cim is a net shaping process which enables large scale production of complex shaped components for use in a diverse range of industries. Cim is also a good option when you need to replace plastic and. The injection moulding of ceramics is a cost effective and flexible process that provides solutions for design engineers requiring complex repeatable ceramic components. We employ proven techniques and advanced equipment using the strongest and most pure ceramic materials alumina and zirconia.

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. Ideal for the mass production of complex components injection molding offers significant benefits over conventional methods. The materials have been designed in line with our customers requirements to give optimal characteristics in challenging applications. When a ceramic material has been chosen for a specific application the geometry of the component has often been limited by the cost of shaping operations.