Mould Maker Has Made Changes To Mold
By using advanced machinery and technology, mold and die suppliers in China are able to release higher quality products faster. China's mold and mold industry is investing in measures to improve overall capacity. The company is introducing advanced equipment and technology from Switzerland, Japan and Taiwan. In addition to improving product quality, the machine is also capable of producing 65-inch TV housings and 2-meter generator blades, as well as molds for EV and solar panel components up to 2 microns.
The imported equipment currently in use are CNC lathes, die-casting and drilling machines. The CNC lathes from Taiwan have repeat positioning accuracies of 1 to 5 microns so that very precise parts can be produced. In contrast, locally manufactured units can only reach 10 microns. In addition, the domestic mold making machine mold surface finish poor problem, but also affect the finished product quality. At the same time, sophisticated technology not only improves efficiency but also improves delivery lead times. As a result, more and more mid-sized companies are following the footsteps of big businesses and integrating CAD / CAM / CAE, 3D and high-speed machining technologies.
In addition to introducing state-of-the-art equipment, mold and die companies add value to the services they provide to their customers. Instead of relying solely on buyers' designs and specifications, medium and mould makers are developing new molds to showcase their products to finished product suppliers. Other manufacturers are expanding into different areas of the production chain to become buyers' one-stop shops. In addition to mold making, Gold also has a factory where transceivers and other communications equipment are assembled using internal components. Anodizing and screen printing are also available. By doing so, companies are able to offer lower quotes because molds and parts do not need to be outsourced.
More Mould Maker are also paying close attention to the quality of the material. In the past, many molds showed some defects or worsened than they should due to the use of incorrect or unqualified raw materials. For example, a mold that was designed to last 10 years was broken in just seven years. Now suppliers are using high purity, high density and uniformity of the material to ensure the quality of the mold. HRC57 or HRC58 steel instead of HRC52 steel, ceramic instead of gypsum. For composite materials, use superplastic materials, metal or glass filled epoxy or polyester for rapid prototyping.