Professional Die Casting Mold Parts High Strength High Production Efficiency

Professional precision metal casting services offering die casting, investment (lost-wax) and precision machining for a wide range of alloys — including aluminum, stainless steel, iron, brass and zinc. Services accept customer 2D (PDF/CAD) and 3D (IGES/STEP) drawings and are available for OEM/ODM production from single prototypes to large batches.

• Materials available: Aluminum, Stainless Steel, Iron, Aluminum Alloys, Brass (and other common casting alloys)
• Drawing formats accepted: 2D (PDF/CAD) and 3D (IGES/STEP)
• Quality & certification: ISO9001, TS16949 and RoHS compliance with strict 100% inspection
• Customization: Custom size, surface finishing and material swaps available (custom options may add a small per-piece fee)
• Packaging: Bubble wrap + carton + wooden case (example single package 30 × 30 × 30 cm; gross weight ~0.5 kg)
• Typical lead times:
  • 1-100 pcs: ~10 days
  • 101-500 pcs: ~15 days
  • 501-1000 pcs: ~20 days
  • > 1000 pcs: negotiable
• Sample pricing (indicative):
  • 1-499 pcs: US$2.50 / pc
  • 500-4,999 pcs: US$1.60 / pc
  • ≥5,000 pcs: US$0.50 / pc

• Material versatility: From decorative copper/brass pieces to structural stainless and iron components — suitable for many industries
• Engineering-ready: Directly accept CAD/STEP files so your prototype-to-production transition is fast and accurate
• Certified quality: Production under internationally recognized standards (ISO9001/TS16949) and RoHS compliance for regulated markets
• Reliable inspection: 100% inspection policy reduces defect risk and improves first-pass yield
• Flexible volumes & pricing: Competitive tiered pricing supports single prototypes up through mass production runs

• Industrial & Mechanical Parts: Pump housings, valve bodies, gears and structural castings
• Automotive & Transportation: Brackets, fittings and medium-precision components suited for aftermarket and OEM use
• Medical & Instrumentation: Small, precise castings for non-implant applications and instrument housings (with appropriate material selection)
• Architecture & Decorative Hardware: Custom brass and bronze fittings, trims and decorative elements
• Prototyping & Low-Volume Manufacturing: Rapid iteration and short runs before investing in large tooling

• Sustainability: Growing customer demand for recycled alloys and greener foundry processes — suppliers adapting to lower-emission, reclaimed-metal workflows
• Digital integration: Greater use of CAD/CAM, 3D-printed patterns, and automated inspection (CMM) to reduce lead times and improve tolerances
• Advanced finishes: Increased adoption of specialized coatings (anti-corrosion, anti-wear, matte and textured finishes) to meet industry and aesthetic demands
• Micro-precision casting: Rising need for smaller, tighter-tolerance parts in medical devices and electronics — investment casting and precision machining are well placed for this shift