Fluid power
Maximum Cost SavingsTight tolerance capabilitySix Sigma and lean manufacturing methodologiesCollaborative creative tooling designHigh performance engineered materials
Safety weights
Safety weight, part of a shim assembly Fully dense sintered brass High ductility permits extreme crimping Multi-cavity tooling design results in cost reduction
Missile test brake shoe
Missile defense testing component Net-shape heat treated nickel steel Exceptional strength, wear resistance and impact properties Steam treatment provides corrosion resistance ASCO Sintering Co. produces a “brake shoe” that meters the rate at which a target missile is released from a drone. These specialty components are centrifugally actuated and
40 mm fuse rotors
High & Low Velocity or Self Destruct sintered brass Fuse Rotor Net-shape extremely tight geometric tolerances Expert high volume cross-hole drilling technology 100% automated defect-free Qualification 40MM HIGH & LOW VELOCITY FUSE ROTORS ASCO Sintering Company, Commerce, CA has supplied a selection of different fuse rotor designs,
Defense ordnance fusing
Maximum Cost SavingsTight tolerance capabilitySix Sigma and lean manufacturing methodologiesCollaborative creative tooling designHigh performance engineered materials Our DDTC Registration
Ejector handles
Rack mount computer equipment ejector handleHigh density sinter hardened steelNet shape complex geometry provides cost savingsTeflon black coating
Bearing sleeves
Copier paper feeding mechanism 304 sintered stainless steel Thin cross-sectional areas Tight tolerance secondary machining
Drive hub
Copier drive hubSintered aluminumPress, sinter & size for increased mechanical propertiesTight geometric tolerances
Pinion gears
Display screen adjustment mechanism Heat treated sintered nickel steel Achieving CpK > 1.33 on 0.004" press-held tolerance Net shape geometry realizes 40% cost savings
Business systems
Maximum Cost Savings Tight tolerance capability Six Sigma and lean manufacturing methodologies Collaborative creative tooling design High performance engineered material