Composite MIM

Combining the same or dissimilar material, highly value added components are available. Depending on the combined materials, the components show unique characteristics.

Connector

	Material MIM/Plastics Molding With inner substrate Debinding & Sintering Removable substrate Application Complex shape with undercut

Zig-zag Shape

	Material MIM/Plastics Molding With substrate Debinding & Sintering Removable substrate Application Fragile shape Shape difficult to separate from mold Shape with wall less than 0.１㎜

Micro Structure

	Material MIM/Plastics Molding LIGA mold Debinding & Sintering Removable substrate Application Fragile shape Fine shape difficult to separate from mold

Ring

	Material Dense MIM/Dense MIM Molding Debinding & Sintering Difusion bonding Application Structure of dissimilar materials

Porous Structure

	Material Dense MIM/Porous MIM Molding Multiple molding Debinding & Sintering Difusion bonding Application Structure with graded properties

1．Complex design and shape which is not available by the other process.
2．Mechanical, chemical, physical and geometrical property may be emphasized in local area.
3．High bonding strength of dissimilar materials is available through sintering process.
4．Variety of material combination.

Multiple Molding

Complex Molding

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LIGA(Lithographie, Galvanoformung, Abformung) is the manufacturing process of fine structures with high aspect ratio.
In order to transcript fine pattern of a mold made by LIGA process, we have developped a new method of metal injection molding applying plastic substrate.
The method is illustrated below.

Taisei Kogyo Co., Ltd. has developed MIM products with high density and precision, and in complex shape.
The company also developed porous metal structure with various porosity.
Combining various materials, highly functional materials would be developed for new applications.