Tight Tolerances, Product Consistency and Optimal Density

We deploy specialized, state-of-the-art manufacturing systems engineered for precision at every stage in MIM production.

These are the primary production equipment demanded. Beyond individual equipment images, authentic production photos showcasing operational setups and structural specifics are also provided — enhancing transparency in our quality validation processes.

• Mixing Equipment

The Mixing-Pelletizin Combo Unit homogenizes metal powders with binders through high-shear mixing, then forms uniform pellets — delivering injection-ready feedstock with optimal rheological properties for MIM molding.

• Molding Equipment

The molding equipment delivers feedstock into molds engineered for the final product geometry. Driven by a servo motor, the precision-controlled screw homogenizes material flow while maintaining consistent heating — ensuring optimal viscosity and cavity filling throughout the cycle.

• Debinding Equipment

The debinding equipment removes binders from green parts while preserving powder structure integrity — achieved through controlled thermal/catalytic processes that eliminate organics without distorting the fragile feedstock skeleton.

• Sintering & Heat Treatment Equipment

The sintering furnace densifies powder compacts, eliminating > 98% porosity through diffusion bonding near melting point. Precise final dimensions critically depend on uniform feedstock distribution and controlled thermal profiles — as anisotropic shrinkage occurs throughout the process. Additionally, in-situ heat treatment within the same furnace enhances mechanical properties (e.g. , hardness, tensile strength) via targeted phase transformation.

• Cleaning Equipment & Cleanrooms
  

Medical industry: Supports medical customers with component assembly, cleaning, and sterile packaging services, meeting high cleanliness requirements.

Automotive industry: Implements ultrasonic vacuum cleaning equipment to fulfill high cleanliness standards for automotive engine components.