Production Capabilities

The workshop supports the molding of small, detailed, and geometrically complex metal components that may be difficult to manufacture efficiently through conventional machining alone.

Typical MIM applications include:

• Precision structural components
• Medical-related metal parts
• Electronic and connector components
• Automotive and industrial parts
• Small components with complex profiles
• Parts containing holes, ribs, grooves, and fine features

Operators monitor key molding conditions such as feedstock temperature, injection pressure, injection speed, holding time, mold temperature, cooling time, and demolding performance. These parameters are adjusted according to the feedstock formulation, mold structure, wall thickness, and dimensional requirements.

The top-entry robots remove molded green parts or runner systems after each cycle and transfer them to conveyors, trays, inspection stations, or collection areas. Automated handling helps protect green parts, which remain relatively fragile before debinding and sintering.

Role in Our MIM Process

MIM injection molding is the forming stage of our integrated metal injection molding workflow. A typical production sequence includes:

1. Feedstock preparation
2. Metal injection molding
3. Green-part inspection
4. Debinding
5. Vacuum or controlled-atmosphere sintering
6. Dimensional inspection
7. Secondary finishing when required

Keeping injection molding, debinding, sintering, and inspection within the same factory enables closer coordination of mold dimensions, feedstock behavior, shrinkage compensation, thermal processing, and final part verification.

The workshop shown represents our in-house MIM injection molding capacity. Actual molding conditions are selected according to the metal feedstock, component geometry, mold design, dimensional requirements, and production quantity.