Professional custom die casting high quality CNC machine parts service

Die casting is an efficient and economical manufacturing process. It is used to produce geometrically complex metal parts that are formed from reusable molds (called dies). The die casting process involves the use of furnaces, molten metals, die casting machines and custom molds for the parts to be cast. The metal is melted in the furnace and then injected into the mold by a die casting machine.

Die casting has many advantages:

• Accuracy:Die casting offers tight tolerances, around ±0.05mm. Post-machining might be required for functional surfaces.
• Complex shapes:Die casting provides complex shapes within closer tolerances than many other mass production processes.
• Rapid fabrication process:The fabrication process time is cut short due to the simplicity of the process.
• Lower production costs:The production cost is reduced since post-machining operations are reduced or eliminated.

Die-cast CNC machine parts are key components of mechanical and structural systems, providing the following functions :- Structural support for a wide range of components and products. - Promote movement and interaction between different mechanical parts. - Precise calibration and fittings for complex machinery. - Due to the high strength of the material, it improves the durability and service life of the product.

Material options

Capabilities for Die Casting Success:

• Hot & Cold Chamber Die Casting Machines: Offering the flexibility to handle various metals and production requirements across diverse industries.
• Materials Expertise: Die casting aluminum, zinc, magnesium, and select copper alloys. Guidance on choosing the ideal material for strength, weight, corrosion resistance, and thermal performance.
• Die Design & Engineering: In-house design and production of robust dies optimized for long lifespan and consistent part quality.
• Secondary Operations: Deburring, machining, plating, painting, and assembly services to provide complete component solutions.

The difference in JYH die casting

Features Of Die Casting in Best Parts

Compared with traditional casting, the same place is: the required parts are obtained by pouring molten or semi-molten metal into a mold, and then solidifying by cooling the metal. Differences from traditional casting:

1. After the die casting process is poured, before the molten metal enters the mold, it must first enter the pressure chamber, and then pressurize it into the mold. This makes the filling speed of die casting faster than that of ordinary gravity casting.

2.In the process of die casting, there will be a process of pressurization and pressure holding. By applying pressure, the internal density of the metal after solidification is better than that of traditional castings.

Features Of Die Casting in Best Parts

Compared with traditional casting, the same place is: the required parts are obtained by pouring molten or semi-molten metal into a mold, and then solidifying by cooling the metal. Differences from traditional casting:

• After the die casting process is poured, before the molten metal enters the mold, it must first enter the pressure chamber, and then pressurize it into the mold. This makes the filling speed of die casting faster than that of ordinary gravity casting.
• In the process of die casting, there will be a process of pressurization and pressure holding. By applying pressure, the internal density of the metal after solidification is better than that of traditional castings.

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