Analyze The Difference Between CNC Die Sinking EDM and ZNC Manual Discharge Machine
Since the advent of the spark machine, the technology has been developing continuously. CNC Die Sinking EDM is a product developed on the basis of the spark erosion machine. What are the differences between the mirror spark machine and the ZNC EDM Machine?
Working hours of CNC Spark Erosion Machine
The working time of cnc spark erosion machines is half of that of ZNC EDM Machine, which saves time and effort. Not only graphite electrodes, but also copper electrodes can be used, and only one electrode is required. ZNC EDM Machine can only use copper, generally thick electrodes and thin electrodes. two electrodes.
CNC EDM molds are different.
The molds processed by CNC Ram Type Die Sinking EDM can be directly used in production without the need to save the molds, thus improving the work efficiency to a certain extent. The ZNC electrical discharge machine produces deep roughness pinholes on the electrical discharge machined surface during machining, and the machined surface can shorten the grinding process time. In precision molds such as abutting belly, there is an increasing demand for fine fillet radii, and ultra-fine edges can also be machined with small fillets.
CNC Die Sinking EDM price
From the price point of view, although the purchase price is higher, if it is considered the efficiency and cost of use, then the cnc die sinker EDM is more cost-effective.
CNC Die Sinking EDM Processing complexity
The biggest difference between Jiangsu Sammlite Machinery’s CNC EDM Machine 3r system edm and ZNC Electrical Discharge Machine is that the machining accuracy and complexity are good, but the machining cost is slightly higher. Sammlite manufacturerd sink edm machine Machine is used for parts processing, which can achieve a mirror effect, especially in the application of high-precision mold processing, with ultra-fine surface and ultra-fine processing capabilities, the best surface roughness of the workpiece can reach Ra0.2um. In addition, it is often used in complex cavities, especially for precision machining of complex surfaces that are inconvenient for polishing operations.
