Casting Solutions for Industrial Excellence

Reliable Casting Services for High-Quality Components

Casting is a vital manufacturing process that shapes raw materials into strong and accurate components used across industries. With advanced techniques, it ensures durability, efficiency, and cost-effectiveness, making it ideal for automotive, aerospace, and engineering applications.

Casting the future in every mold

Why Casting Services

Industries requiring structural integrity, repeatable dimensional accuracy, and complex geometries rely on casting. At Kinetix Fabworks, computational solidification modeling, mold flow simulation, and process control ensure uniform cooling, defect minimization, and optimal grain structure. This results in parts with predictable mechanical performance, reduced post-processing, and long-term reliability in critical applications.

Advanced Casting Methods

Advanced Casting Methods

 

⚙️ Sand Casting
Precision sand molds with controlled permeability and thermal conductivity enable intricate cavity formation while minimizing inclusions and defects.

⚙️ Investment Casting
Wax or polymer patterns produce high-accuracy, thin-walled components with smooth surface finishes and complex geometries.

⚙️ Die Casting
High-pressure injection of molten metal into steel dies achieves excellent dimensional control, thin walls, and fine surface detail.

⚙️ Centrifugal Casting
Rotational forces distribute molten alloy evenly, producing dense, defect-free cylindrical components with improved mechanical properties.

Quality & Validation

Quality & Validation

 

⚙️ Simulation-Driven Solidification
Thermal-fluid modeling predicts dendrite growth, shrinkage, and hot spots, optimizing mold design and reducing scrap rates.

⚙️ Heat Treatment Integration
Post-cast annealing, quenching, and tempering adjust microstructure for desired hardness, ductility, and residual stress balance.

⚙️ Non-Destructive Testing
Ultrasonic, radiographic, and dye-penetrant inspections detect internal defects and surface irregularities.

⚙️ Metallurgical & Mechanical Analysis
Grain structure, hardness mapping, and tensile testing ensure parts meet structural and fatigue requirements.

Casting

Casting is the controlled solidification of molten metal into predefined molds, producing components with complex geometries, internal cavities, and near-net shapes. Thermal management, mold design, and controlled cooling are critical to minimizing porosity, segregation, and residual stresses. Kinetix Fabworks leverages advanced casting methods to produce high-performance components for aerospace, automotive, energy, and heavy industrial applications.

Specialized Services

  • Precision Mold Design
    • Advanced gating and riser layouts ensure controlled metal flow, burr-free edges, and tight-tolerance castings.

    Complex Solidification Control
    • Thermodynamic simulations and feedback systems regulate cooling rates, delivering repeatable accuracy in high-stress applications.

    Cavity & Feature Formation
    • Core expansion, reduction inserts, and engineered molds produce complex geometries with reliable joining features.

    Casting Assembly & Fusion
    • High-integrity fusion welding and cast-on features maintain microstructural stability for demanding service conditions.

    Surface Enhancement
    • Shot blasting, passivation, polishing, and protective coatings improve corrosion resistance and extend casting life.

Engineering Dimensions

  • Geometric Control
    • CNC-machined dies and precision patterning regulate wall thickness, shrinkage, and dimensional accuracy without structural compromise.

    Metallurgical Integrity
    • Controlled heat treatments and alloying parameters preserve grain structure, toughness, and fatigue resistance after casting.

    Structural Adaptability
    • Flexible mold designs and fusion processes enable seamless integration into HVAC, automotive, and aerospace components, adapting to complex design geometries.