Global industries are constantly looking for new design options and new materials with properties that may improve the quality of manufactured products, reduce costs associated with the manufacturing process, and increase the flexibility of the process.
costs associated with manufacturing, adding flexibility to the process.
Currently, most manufacturing companies still rely on technology and machines from the 1980s, or even earlier.
Generally speaking, these machines are very durable, and the precision of their processing products is sufficient.
The products they could process were sufficient at the time.
Since then, the structure of the machine has changed from being monolithic to being modular, however, some elements of the machine, such as the bed, are still in use.
However, some elements of the machine, such as the bed, are still manufactured using traditional methods, such as casting techniques. Contemporary technology is equipped with new machines.
Cast iron for various airframes and machine bed, with very good damping capacity, which leads to high precision of the product during the manufacturing process.
Recent research and development trends show that there is a clear trend that
From traditional iron castings to mineral castings because of its better dynamic properties.
due to better dynamic characteristics. The mineral castings of Shuoguo New Material are based on the special mineral ingredients exclusively owned by Germany as the cementitious material, and the domestic high-quality granite as the aggregate. Mineral material casting products, which are injected into the mold after stirring and solidified, have the advantages of high damping, high wear resistance, high corrosion resistance, high precision and high stability, and can replace traditional materials such as cast iron, cast steel, and natural granite. , are widely used in key fields such as machine tools, electronics, medical, aviation, and printing industries. Mineral castings can be made from wood, plastic, metal, cast iron molds or combination molds.