From Tooling to Finished Cast Components
A casting project usually works better when tooling, casting, machining, finishing, and inspection are reviewed together.
Tooling & Mold Development
We review drawings, quantity, material, parting line, draft, machining allowance, and sampling needs before tooling starts. 3D printing can support early prototypes or sand casting patterns when suitable.
Casting Production
Casting routes can include aluminum die casting, sand casting, gravity casting, cast iron, cast steel, stainless steel, copper alloys, zinc alloys, and other project-specific options.
CNC Machining & Finishing
Post-casting work can include holes, threads, sealing surfaces, mounting faces, deburring, surface finishing, inspection, packaging, and delivery preparation.
Casting Production Capabilities
Different parts need different casting routes. The right process depends on part geometry, material, quantity, tooling budget, machining allowance, and final use.
Aluminum Die Casting
For repeat production, complex shapes, thin walls, housings, covers, brackets, heat dissipation parts, and lightweight industrial components.
Sand Casting
For larger parts, thicker walls, lower or medium quantities, pump housings, valve bodies, machinery bases, impellers, and structural cast parts.
Gravity Casting
For aluminum and alloy parts where stable filling, mechanical performance, and controlled production are more important than high-volume die casting speed.
Cast Iron & Cast Steel
For machinery bases, pump parts, valve bodies, brackets, housings, heavy-duty parts, corrosion-resistant parts, and high-load industrial components.
Copper, Zinc, Magnesium and Special Alloys
For bushings, valve parts, small precision castings, lightweight components, corrosion-related parts, and special application castings.
3D Printing for Casting Prototypes
For early shape checks, casting prototypes, sand casting patterns, sand molds, sand cores, and design verification before tooling or production.
What to Send Us
Please send the drawing, material requirement, quantity, machining areas, tolerance notes, surface finish, inspection requirements, and any assembly or packing details. If the drawing is still being developed, sample photos or a 3D model are enough to start a discussion.