1. increasingly large-scale and high-productivity parts of molding parts requires a multi-cavity, resulting in increasingly large-scale mold, large mold large tonnage up to 100 tons, a few hundred die cavity, thousands cavity mold processing equipment requirements large table, increase the Y-axis Z-axis travel, large load-bearing, high rigidity, high consistency.
2. mold mold steel with high hardness, requires mold processing equipment has thermal stability, high reliability.
3. complex and multi-functional composite mold cavity, along with parts of complicated shape, we must improve the mold design and manufacturing standards, a variety of grooves, forming a variety of materials or components assembled into a mold more functional composite molds, requires a large amount of machining programming procedures, a comprehensive cutting ability and high stability high deep cavity, improving the processing difficulty.
4. The mold of fine machining equipment so complex, high efficiency even more interesting. High-speed milling of hard materials having high processability, stable processing, cutting force is small, small deformation of the workpiece heating and many other advantages make the mold enterprises increasing emphasis on high-speed machining.
5. High dynamic accuracy. Static performance machine tool manufacturers introduced (such as repeat positioning accuracy, linear feed rate) in the mold three-dimensional surface machining, does not reflect the actual processing conditions. Precision machining three-dimensional surface of the mold, but raised high dynamic precision performance requirements, high speed and precision also in high rigidity, thermal stability, high reliability and high quality compatible machine control system possible to achieve.
6. processing technology combined with technology and green products will be included in the enterprise procurement of equipment within the scope of EDM consideration of radiation, media selection will be safe, the impact of environmental factors, EDM milling techniques will be developed in the future mold fields.
7. A variety of measurement techniques for composite applications, high-speed measurement and reverse engineering for promoting the mold involved in product development, design technology development direction.