Wooden Patterns
Manufactured from high-grade, seasoned teak wood, mahogany, or pine with chemical polyurethane (PU) protective coatings. Ideal for prototype, low-to-medium volume, and large casting patterns such as pump volutes, gearboxes, and turbine housings.
Aluminium Patterns
Engineered from LM6 / 6061-T6 grade aluminium alloy for long mould life and corrosion resistance. CNC machined to exact tolerances, making them perfect for high-speed sand moulding and machine moulding production lines.
Match Plate Patterns
Cope and drag pattern halves mounted accurately on opposite sides of a single plate. Designed for squeezer machines and automated matchplate molding systems to ensure zero mismatch and high production speeds.
Loose Piece Patterns
Specialized pattern assemblies engineered with detachable loose pieces held by dowel pins or dovetail slides. Allows easy pattern extraction without damaging sand mould walls in complex undercuts and side bosses.
Shell Mould Patterns
Heavy-duty cast iron or steel pattern equipment engineered for resin-coated sand shell moulding. Heat treated to withstand repetitive heating up to 250°C - 300°C without dimensional distortion.
Core Boxes (Cold & Hot Box)
Precision split core boxes designed for shell core shooters, cold box, and no-bake core making processes. Engineered with blow holes, vent plugs, and robust clamping fixtures for high core density.
Complete Pattern Equipment
Turnkey pattern sets including cope and drag pattern plates, core setting gauges, runner gates, ingates, risers, and core assembly fixtures designed for end-to-end foundry production.
Prototype Patterns
Rapid turnaround pattern making utilizing high-density polyurethane (renboard) or wood for new product development, sample casting approvals, and design validation trials.
Machine Moulding Patterns
Heavy-duty pattern plates engineered specifically for DISA, Loramendi, Heinrich Wagner Sinto, and pneumatic jolt-squeeze high-pressure automatic moulding lines.
CNC Machined Patterns
Full 3D CAD/CAM generated toolpaths milled on multi-axis CNC machines directly from customer STEP / IGES files. Ensures immaculate surface finish and zero manual layout errors.