We manufacture custom die casting molds with high precision, durable materials, and optimized structures for reliable metal component production. Our tooling solutions support complex geometries, stable performance, and high-volume manufacturing across automotive, electronics, industrial, and new energy applications.

• Precision Tooling Design – Ensures accurate cavity dimensions and consistent casting results.
• Durable Mold Materials – Uses high-performance steels for extended tool life.
• Complex Structure Capability – Supports sliders, inserts, multi-cavity designs, and detailed features.
• Optimized Cooling Systems – Improves thermal control and production efficiency.
• Production-Ready Tooling – Supports prototype validation and mass production.

Custom zinc die cast parts deliver precise metal components with excellent surface quality and dimensional stability. They support complex designs, efficient production, and reliable performance across multiple industries.

• Material Options
  Zamak 3, Zamak 5, and customized zinc alloys.
• Part Capability
  Thin walls, complex structures, fine details, and integrated features.
• Surface Finish
  Polishing, plating, coating, painting, and texturing.
• Production Volume
  Prototype, small batch, and high-volume manufacturing.
• Quality Control
  Dimensional inspection and appearance verification.

We manufacture custom die casting molds that help companies produce complex metal components with high accuracy and efficiency. By combining mold design, precision machining, and strict quality control, we deliver tooling solutions for automotive, electronics, industrial, and new energy applications.

Precision Mold Manufacturing – Achieves accurate cavity dimensions for consistent casting results.

Durable Tool Steel Selection – Uses high-performance steels to extend mold service life.

Complex Structure Capability – Supports multi-cavity molds, sliders, inserts, and detailed features.

Optimized Cooling Design – Improves heat management and reduces casting defects.

Flexible Production Support – Covers prototype validation, trial runs, and mass production.

Material Options:
Common stainless steel grades include 303, 304, 316, and 17-4PH, each selected based on strength, corrosion resistance, and machining requirements.

Machining Accuracy:
Supports tight tolerances for precision components, ensuring reliable assembly and consistent performance.

Surface Finish:
Available finishes include machined, bead blasted, polished, passivated, and electropolished surfaces to meet different functional and aesthetic needs.

Part Capability:
Manufactures complex components with precision holes, threads, thin walls, and multi-axis features.

Production Volume:
Suitable for rapid prototypes, low-volume production, and large-scale manufacturing with stable quality.

Inspection Standards:
Uses dimensional inspection and quality control processes to verify part accuracy and production consistency.

• Lightweight Strength: Up to 40% weight reduction compared with steel parts while maintaining structural performance.
• High Precision: Machining accuracy up to ±0.01mm for reliable assembly and performance.
• Complex Machining: Supports 3-axis, 4-axis, and 5-axis CNC machining for customized geometries.
• Fast Prototyping: Prototype production available within 7–15 days for design validation.
• Surface Options: Anodizing, sandblasting, polishing, brushing, and coating available.
• Flexible Production: From 1-piece prototypes to 10,000+ pcs orders with stable quality.

• Lightweight Strength: Strong aluminum parts with reduced overall weight.
• High Precision: Tight tolerances for complex custom components.
• Fast Prototyping: Quick machining support for design validation.
• Surface Options: Anodizing, polishing, brushing, and plating available.
• Flexible Production: Suitable for samples, small batches, and mass orders.

• Streamlined Transition – Converts experimental models into large batches efficiently.
• Process Verification – Confirms methods and operations function reliably before scaling.
• Resource Optimization – Reduces unnecessary material consumption during production.
• Consistency Across Units – Ensures uniform performance and dimensions in every item.
• Market Readiness – Accelerates preparation of products for commercial distribution.

• Streamlined Production – Combines multiple steps into a single operation.
• Custom Material Pairing – Allows different substances to work together effectively.
• Enhanced Mechanical Integrity – Strengthens connections between parts without extra fasteners.
• Optimized Workflow – Reduces handling and alignment adjustments.
• Versatile Component Integration – Supports embedding specialized inserts for unique functions.

• Rapid Part Generation – Multiple items are formed simultaneously, saving production hours.
• Uniform Material Distribution – Ensures equal fill and density in each unit.
• Simplified Tool Handling – Reduces complexity during setup and mold changes.
• Energy Efficient Operation – Consumes less power per part compared to single-cavity molds.
• Enhanced Workflow Integration – Facilitates seamless coordination with automated production lines.

• Rapid Production – Accelerates manufacturing cycles for timely part delivery.
• Precision Consistency – Maintains uniformity across multiple components.
• Design Versatility – Accommodates varied shapes and mechanical features.
• Material Efficiency – Reduces waste during molding operations.
• Maintenance Simplicity – Easy to clean and adjust for continuous use.

• Rapid Turnaround – Accelerates production cycles for tiny components.
• Enhanced Fit – Ensures parts integrate seamlessly with assemblies.
• Surface Consistency – Achieves smooth finishes without additional treatment.
• Reduced Defects – Minimizes imperfections common in traditional molding.
• Scalable Output – Easily adapts to varying production volumes.

• Rapid Turnaround – Accelerates delivery for large-scale projects.
• Reduced Waste – Optimized process minimizes material loss.
• Complex Geometry Handling – Can produce intricate, unconventional shapes.
• Enhanced Surface Finish – Provides smooth, consistent exterior quality.
• Scalable Production – Easily adapts to both small batches and high-volume runs.

• Optimized Flow Control – Ensures molten plastic reaches all areas without defects.
• Reduced Cycle Time – Speeds up production while maintaining part integrity.
• Enhanced Surface Finish – Delivers smooth, defect-free external surfaces.
• Light-Weight Integration – Supports assembly of delicate electronic structures.
• Complex Feature Incorporation – Allows built-in channels, clips, or hinges.

• Rapid Production – Enables high-volume manufacturing with consistent quality.
• Design Versatility – Can be shaped into complex geometries for various connector types.
• Dimensional Precision – Guarantees uniformity for seamless assembly.
• Long-Term Reliability – Maintains structural integrity over extended service periods.
• Assembly Efficiency – Simplifies integration into vehicle electrical systems.

• Streamlined Production – Enables fast and efficient fabrication cycles.
• Consistent Quality – Maintains uniformity across multiple units.
• Lightweight Design – Reduces overall assembly weight without sacrificing integrity.
• Custom Feature Integration – Allows incorporation of functional elements directly in the mold.
• Minimal Material Waste – Optimizes polymer usage and reduces scrap.

• Simplified Assembly – Designed for quick and straightforward integration.
• Noise Reduction – Minimizes operational sounds in mechanical systems.
• Energy Efficiency – Reduces friction, supporting smoother motion with less power.
• Flexible Adaptation – Compatible with varied mechanical designs and layouts.
• Consistent Output – Maintains uniform performance across multiple units.