Metal Injection (Die Casting)

Metal Injection (Die Casting)

Single-Source Precision: Manufacturing Profiles and Accessories Under One Roof

 

In the complex landscape of industrial manufacturing, the synchronization between structural profiles and their connecting components is critical. We have redefined the standard by establishing a fully vertically integrated production facility. By consolidating Aluminum Extrusion and High-Pressure Die Casting (HPDC) technologies under a single roof, we offer our global partners a seamless "concept-to-component" solution that eliminates supply chain fragmentation and ensures superior quality control.

The Power of Metal Injection Technology (Zamak & Aluminum)

At the core of our accessory production lies state-of-the-art metal injection technology. We specialize in processing high-grade non-ferrous alloys to create robust, dimensionally accurate components that serve as the backbone of modular assembly systems.

  • Zamak (Zinc Alloy) Injection: Utilizing advanced hot-chamber die casting machines, we produce intricate accessories such as handles, hinges, and locking mechanisms. Zamak 3 and Zamak 5 alloys are selected for their exceptional fluidity (castability) and high impact strength. This process guarantees tight tolerances (±0.02mm) and provides an ideal substrate for premium surface finishes, including chrome plating and powder coating.   
  • Aluminum Die Casting: For structural components requiring a high strength-to-weight ratio, such as heavy-duty corner brackets and joining plates, our cold-chamber aluminum casting capabilities deliver industrial-grade durability. Using standard alloys like A380 (ADC12), we ensure that every accessory matches the mechanical integrity of the profiles they connect.   

Why "One-Stop-Shop" Manufacturing Matters

Our philosophy of integrated production creates tangible value for our clients. By managing the entire lifecycle internally, we mitigate the risks associated with multi-vendor sourcing:

  1. In-House Tooling & Mold Making: Our dedicated tool room utilizes CNC machining and EDM (Electrical Discharge Machining) to design and maintain precision molds. This capability allows for rapid prototyping and immediate tool maintenance, significantly reducing lead times for new product launches.   
  2. Unified Quality Assurance: From the raw ingot to the finished accessory, every stage is monitored within our facility. This ensures that the tolerance of a die-cast T-nut perfectly matches the geometry of the extruded T-slot profile.
  3. Secondary Operations & Finishing: We provide comprehensive post-casting services, including CNC machining (tapping, drilling), deburring, and surface treatments. This holistic approach ensures that parts arrive ready for assembly, with consistent aesthetic and functional quality.

Experience the efficiency of turnkey manufacturing. By uniting profile extrusion and accessory die casting, we deliver cost-effective, high-precision solutions that drive your assembly lines forward.

 

Industrial / Metal Die Casting


Machine Type Clamping Force (Ton) Shot Weight (Max) Processable Material Notes
Cold Chamber Die Casting 160 Tons 2.5 kg Aluminum, Zamak Larger, high-strength structural parts.

 

 

Casting Material Properties & Alloys


Material Group Alloy Code Properties Application Areas
Zamak (Zinc) Zamak 5 (ZnAl4Cu1) High hardness, excellent platability. Door handles, window hardware, automotive trim.
Zamak (Zinc) Zamak 3 High dimensional stability, impact resistance. Standard fasteners.
Aluminum Etial 140 (AlSi12) Excellent fluidity, suitable for thin-walled parts. Heatsinks, complex housings.
Aluminum Etial 171 (AlSi9Cu3) High mechanical strength, good machinability. Machine parts, gearboxes.

 

 

Post-Casting Processes / Finishing


Process Method / Technology Purpose
Deburring Vibratory Finishing, Sandblasting, Manual Sanding Removing sharp edges and smoothing the surface.
Machining CNC Machining, Tapping, Drilling Precision opening of assembly holes and threads.
Surface Coating Electrostatic Powder Coating (Booth) Aesthetic appearance in desired RAL colors (In-house facility).

 

 

Injection Mold Management


Service Description Advantage
Mold Design Part analysis, runner system design. Minimizes the risk of faulty casting.
Mold Manufacturing 100% In-House Production Reduces mold lead times and costs.
Nitriding Essential to prevent aluminum soldering and increase surface hardness. Ideal for preventing cracks, inclusions, or breakage and adding strength to the mold.
Mold Rectification Aims to eliminate mold defects as quickly as possible. Prevents molds from being scrapped; minimizes operational downtime.
Mold Life Use of high-quality hot work tool steel (1.2344, 1.2343, 1.2367). Guarantee of long-term, flash-free production.
Maintenance & Revision Tool room support with an in-house professional team. Immediate intervention without interrupting production.
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