INDO-MIM
MPIF Grand Prize Winner: High-Integrity MIM Pulley for Fall-Arrest Safety Systems
MPIF award-winning MIM fall-arrest pulley: net-shape precision, high wear durability, and zero machining waste.
Recognized with the MPIF Design Excellence Award, this critical fall-arrest safety pulley demonstrates the structural integrity, geometric freedom, and material efficiency of Metal Injection Molding (MIM) for high-reliability industrial hardware.
Originally designed around multi-operation subtractive machining, the part was re-engineered into an optimized net-shape MIM solution:
Safety-Critical Performance: Delivers high sintered density and fatigue resistance essential for life-safety braking mechanisms.
Complex Net-Shape Geometry: Integrates internal functional features and tight groove profiles directly as-sintered, eliminating costly 5-axis CNC turning and wire EDM operations.
Material & Cost Efficiency: Slashes raw material scrap by over 90% compared to solid bar machining while ensuring repeatable, high-volume serial production.
Other products & services
Metal Injection Molding (MIM)
Complex, net-shape metal parts at scale: tight tolerances, less waste, plus machining and assembly under one roof.
Investment Casting (Precision Lost-Wax Casting)
High-integrity vacuum & air-melt investment casting, delivering complex, fully machined components under one roof.
Ceramic Injection Molding (CIM)
High-precision ceramic injection molding in zirconia & alumina for extreme wear, thermal, and dielectric performance.
Precision Machining
Turnkey 5-axis CNC machining, turning, and micro-finishing for complex metals and superalloys with micron tolerances.
Additive Manufacturing (Metal 3D Printing / Binder Jetting & LPBF)
Scalable metal additive manufacturing from rapid prototyping to serial binder jetting and LPBF with certified powders.
Metal Powders
High-purity, gas-atomized metal powders with custom particle size distribution for AM, and thermal spray.
MPIF Grand Prize Winner: High-Precision MIM Fork/Connector for Flow Meter Sensor Assemblies
MPIF Grand Prize winner: pore-free, near-net shape hygienic sensor connector replacing machined casting with zero scrap.