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Technical Features
Tilting Pouring System
- The core of the tilting gravity die casting machine is its unique tilting pouring system, which enables smooth tilting of the mold and uniform injection of the molten metal. This pouring method helps to reduce defects such as porosity and shrinkage, thereby enhancing the density and mechanical properties of the castings.
High Precision Control
- The equipment is equipped with an advanced control system that utilizes servo motors for driving, enabling precise control over parameters such as pouring speed and tilting angle. This ensures the uniform distribution and rapid solidification of molten metal within the mold. Additionally, the system features an automatic alarm function, enhancing both production efficiency and safety.
Modular Design
- The tilting gravity die casting machine features a modular design that allows users to expand and upgrade functionalities based on actual needs. This design also lowers maintenance costs and increases the equipment's lifespan.
Energy Saving and Environmentally Friendly
- During the design process, we fully considered the demands for energy saving and environmental protection. The equipment employs a low-energy consumption drive system and an efficient cooling system, reducing energy consumption and emissions.
The tilting gravity die casting machine is widely applied in the following fields:
- Automotive Industry: Used for producing key components such as engine blocks, cylinder heads, steering knuckles, and brake calipers.
- Machinery Manufacturing: Producing various precision mechanical parts and molds.
- Other Industries: Industries such as power equipment and shipbuilding, which also require high-quality castings.
Performance Advantages
1. Improved Casting Quality: The tilting pouring method reduces defects such as porosity and shrinkage, enhancing the density and mechanical properties of the castings.
2. Lower Production Costs: Efficient production processes and precision control systems reduce raw material consumption and waste rates, thereby lowering production costs.
3. Enhanced Production Flexibility: The modular design allows for easy upgrades and expansions of the equipment, meeting the production needs of various products.
4. Increased Production Safety: The advanced control system ensures stability and safety during the production process.
Our company recommends appropriate processes tailored to our customers' actual products and production rates, selects advantageous equipment, and provides reasonable equipment layout solutions. We strive to maximize production efficiency for our customers, adhering to continuous improvement, technological innovation, and delivering quality customer service and after-sales support. We have established a good reputation and received widespread recognition in the industry.
