We have powerful system configuration, user-friendly and efficient operation, over 8 years of industry experience, advanced technology, self-developed core components, high cost-effectiveness.

We offer robust system configurations, streamlined and efficient operations, extensive industry experience spanning over 8 years, cutting-edge technological applications, self-developed core components, and highly competitive cost-effectiveness.

The LR-ZM5C-120 is a high-performance five-axis intelligent grinding machine designed for high-precision grinding and deburring operations.Equipped with Omron's advanced multi-axis control system and high-performance servo motors,it offers rapid response,precise control,and smooth operation.It is widely used for efficient grinding of complex parts such as die-cast components and machined parts.

In the competitive die casting landscape, Compact series Cold Chamber Die Casting Machine,those clamping forces spanning 1600-3000kN emerge as the cornerstone for small - to - medium enterprises (SMEs) and startups.

For industries demanding consistent quality and versatility, our General-Precision Series Cold Chamber Die Casting Machines (4000-8000kN) combine advanced engineering with intelligent controls.

​The heavy-duty series cold chamber die casting machines with 10000-16800kN clamping force tackle large-scale, complex components with unmatched precision and durability.

The mega-casting series cold chamber die casting machines with 20000kN clamping force tackle large-scale, complex components with unmatched precision and efficiency.

The Hot Chamber Die Casting System (HOT DIE CASTING Machine) is engineered to deliver precision and efficiency in metal casting applications. By integrating cutting-edge hydraulic technology, durable materials, and adaptive controls, this system ensures optimal performance for industries requiring high-volume, high-quality outputs. Below is a detailed analysis of its technical advancements.

The Closed-Loop Die Casting Unit is designed for continuous, high-volume production environments where operational uptime is critical. By incorporating fail-safe mechanisms, advanced materials, and modular maintenance features, this system minimizes downtime while maximizing output consistency.