One、CNC
I. Features of ZNC EDM Machine:
1. Offer 60 sets of archive storage, with 3-axis coordinates capable of switching between Imperial and Metric systems.
2. Features 10 automatic trimming segments.
(1) Self-edit: Edit and refine conditions based on personal experience.
(2) AUTOZ Auto-Edit: With the option to set the initial deep current and the finished size, the processing conditions will be automatically edited.
(3) Smart Conditional Editing: Simply select the electrode shape, material of the workpiece, the electrode cross-sectional area, and the finish and depth settings, and the machining conditions will be automatically edited. All three editing methods can be completed from rough to medium to fine in one go.
3. The discharge conditions are automatically adjusted. When discharge is unstable, the computer will modify the discharge efficiency and working time on its own. Once stable, the discharge conditions will automatically revert. Processing conditions can be modified at any time during the process.
4. Automatic carbon accumulation detection function; when carbon accumulation occurs along with instability, the computer automatically adjusts all processing parameters and increases the slag removal height, and automatically returns to normal when stable.
5. The slow-fast two-stage (high jump) delayed jump ensures stable large-area processing, even spark patterns, and effectively enhances the speed of large-area electrode processing.
6. Programmable for two-stage up and down movement, allowing for smooth ejection of carbon residue from deep holes or thin sheet processing, preventing carbon buildup, and effectively enhancing the efficiency of deep hole and thin sheet processing.
7. New design power box and 15" CRT (display screen) compliant with European CE safety standards, featuring dustproof, waterproof, and anti-interference capabilities to enhance the lifespan of the electronic board.
8. Industrial-grade PC-baThe se controller features a new DOM memory instead of traditional hard drives, offering faster read speeds and higher stability, making it more suitable for industrial applications.
9. Features upward discharge machining capability for easier processing of special workpieces.
10. Features two independent processing coordinate systems. The male and female molds can be processed in different coordinate systems or separately.
11. Utilizing a super-fast CPU at the core of the discharge circuit, it samples the discharge gap 20 million times per second, allowing for timely adjustment of the discharge for enhanced stability.
12. The hardware detection loop can be activated, enabling automatic servo tracking, which is particularly effective for precision deep hole machining on small areas.
13. The main CPU features an industrial-grade low-power CPU, which can operate stably even without a fan.
14. Offers storage for 10,000 sets of files, enabling processing conditions for 10,000 different molds. Features multi-group processing coordinate memory function.
15. User-friendly operation, with a 3D interface display. Different categories of display information are placed on separate pages, allowing for easy page flipping and operation at any time.
16. After discharging 2 to 10 times, pull up to any set position and then proceed with further processing. This method offers excellent chip evacuation for deep-hole machining.
17. Features include secondary discharge elimination and rapid accumulation carbon or discharge edge seeking拉升 capabilities.
18. The energy control feature ensures a more even processing effect. Disabling energy control allows for faster graphite processing.
19. Two independent processing coordinate systems. The male and female molds can be processed in different coordinate systems or separately.
20. After power failure, the system automatically reloads the last processing conditions and coordinates upon reboot. You can directly discharge from the line control box without pressing any buttons on the panel.
21. Increase servo speed in stages, ensuring the electrode does not deform, to enhance efficiency in large-area processing.
22. Coordinates and processing data are stored separately, allowing for quick addition of the same processing conditions across different coordinate processing tasks.
