Aluminum Casting Knead and knock Case ADC12

This Machinery Parts is using in medical and health area,the raw material is ADC12,the main function is Auxiliary rotation.

The main processes of this High Precision Machining parts are die casting,Shot Blasting,CNC Milling.

High-pressure die casting boasts significant advantages in terms of precision, primarily due to its unique process and technological characteristics. Here is a detailed explanation of the precision aspects of high-pressure die casting:

Mold Design and Manufacturing: High-pressure die casting employs meticulously designed and manufactured molds to ensure that parts are cast according to the required dimensions, shapes, and details. The precision of the molds directly influences the accuracy of the final parts.

Fill Control: The high-pressure die casting process allows for strict control of process parameters before metal is injected into the mold. By adjusting parameters such as injection speed, pressure, and temperature, the flow and filling process of the metal can be more precisely controlled, ensuring consistency in internal and external part dimensions.

Detail Preservation: High-pressure die casting can maintain high mold pressures, aiding in the preservation of part details such as edges, reliefs, and thin-wall sections. Compared to other casting methods, high-pressure die casting is better equipped to capture and reproduce intricate part details.

Surface Quality: High-pressure die casting often yields smoother and more uniform surface quality, reducing the need for additional machining and grinding. This is particularly crucial for parts with high precision and aesthetic requirements.

Material Selection: High-pressure die casting is suitable for a variety of metal alloys, including those with excellent mechanical properties and surface quality. Proper material selection can further enhance part precision.

Single-piece Forming: High-pressure die casting can achieve the integral forming of complex parts in a single casting process, eliminating the need for multiple assembly and machining steps. This contributes to maintaining part accuracy and consistency.

In summary, high-pressure die casting leverages precision in mold design, process control, filling dynamics, and applied pressure to produce parts with high accuracy and intricate details, providing a solution for precision casting across various fields.