CNC-450 CNC Electrical Discharge Machining (EDM) Technical Data

One, Machining centers are primarily used for:

Numerical Control Electrical Discharge Machining (EDM) machines are now widely used in the manufacturing and production of precision mechanical parts, automotive components, microelectronics, household appliances, and precision parts and molds for aerospace applications. Particularly in the processing of narrow slots and narrow gaps in mold cavities, as well as in the processing of aerospace special materials, where conventional machining equipment is difficult to handle. For example, in the shaping or finishing of various difficult-to-machine materials for aircraft engines, such as high-temperature alloys, titanium alloys, low-expansion alloys, and alloy structural steels; it can conveniently achieve processing requirements for special shapes such as narrow slots, narrow gaps, deep cavities, irregular blind holes, and lateral blind holes in internal cavities.

II. Key Features of CNC Series Precision Numerical Control EDM Machining Centers

1. The CNC series EDM machining centers feature a slider bed structure with a fixed worktable, offering operational ease. The stationary worktable is beneficial for load-bearing and ensures excellent processing stability; the compact design allows for free operation positions. The machine tool is equipped with a handheld control box, which can complete most operations, making the processing operation more convenient and efficient.

2. X, Y, and Z are linear motion axes, all equipped with Japanese THK linear roller guides and precision ball screws for transmission. The Japanese Panasonic servo system enhances the machine tool's motion accuracy and sensitivity, offering excellent servo performance and machining stability. The guide screws are lubricated centrally to ensure long-term use of the machine tool.

3. The X, Y, and Z axes all feature pitch error compensation and reverse backlash compensation. The machine tool has a minimum drive amount of 0.001mm.

4. The control system allows XYZ three-axis linkage control, with a wide processing range and high processing accuracy.

5. The fuel tank employs a paper filter element, processed through a circulation pump and piping, continuously filtering out impurities.

Filter and transform into a qualified medium.

6. The machine features adaptive discharge processing control, spindle positioning control, discharge gap detection, automatic oil level and fire prevention control, automatic alarm system, carbon deposition prevention function, automatic measurement of workpieces in the machine, ultra-fine surface and precision edge processing capabilities.

7. CNC system with touch screen input and hand control box operation. Easy to learn and understand!

8. This machine embodies automation, high efficiency, and precision. Beginners can simply input basic process parameters and utilize the automatically generated program for machining. Experienced users can edit the program or modify the processing conditions to achieve multi-station, high-level processing.