I. CNC EDM Main Unit Features:
1. Features automatic positioning function for point-to-point. Large memory capacity of 1004000 dots.
2. Equipped with 10 automatic finishing processing functions, the mold processing can be completed in one go from coarse to medium to fine.
3. Offer 5 sets of oscillation function settings. The same mold can be set to 5 different oscillation methods in one go.
4. Offer storage capacity for over 10,000 files (mainly determined by the size of the internal hard drive). This means the ability to store processing conditions for 10,000 different molds.
5. Equipped with automatic electrode consumption compensation. During porous processing, the electrode wear can be pre-set. The computer will automatically compensate for the depth, ensuring consistent depth for each hole.
6. Features automatic mold alignment and center point detection, offering a faster model alignment function.
7. Automatic carbon buildup detection function; when encountering unstable processing due to carbon buildup, the computer automatically adjusts processing parameters and automatically raises the slag discharge height. It will automatically recover once stable.
8. Automatic mechanical origin zeroing function: In the event of power outage during processing, the computer can automatically locate the mechanical origin.
9. Mirrored surface processing circuit. Accompanied by oscillating processing, it can truly achieve a mirrored effect. Mixed powder processing yields even better results.
10. Quick jump slagging, two-speed slagging, and slow jump slagging are used for small, medium, and large-scale copper work.
11. Features ○/□/X/+ side placement and oscillating functions.
12. Utilize a conversational interface with either Chinese or English operational screens. Processing parameters can be inputted according to the user's preference, featuring a simple and easy-to-learn keyboard.
13. Can perform "DRY RUNNING" discharge, allowing for trial programming and machining before processing, to test the accuracy of the programming.
14. Guiding rods and gap-free bearings, capable of being fitted with an electromagnetic brake for locking positioning, ensuring precision during machining, and featuring an optical electronic scale feedback precision monitoring system.
15. Features X, Y, Z axis mechanical error compensation, fitting with large machine tools ensures precision.
16. Features include the elimination of secondary discharge and rapid pull-up or discharge edge rapid pull-up for carbon accumulation.
17. Energy control feature ensures more even processing effects. Disabling energy control allows for faster graphite processing.
18. Can be set to discharge (skip control) 2-10 times, then lift to any position set at (end skip Z) before proceeding with further processing, offering excellent chip removal for deep hole machining.
19. The main CPU utilizes an industrial-grade low-power CPU, capable of stable operation even without a fan.
20. Industrial-grade PC-baSE controller and new DOM memory replacing traditional hard drives. Faster file reading speed, high stability, ideal for industrial use.
21. User-friendly operation, 3D interface display, with different display information categorized on separate pages. Pages can be easily flipped and manipulated at any time.
22. Modify system parameters to switch between metric and imperial (U.S.) units for X.Y.Z axis coordinates.
23. The discharge conditions automatically adjust when the discharge is unstable. The computer will modify the discharge efficiency and working time accordingly. Once stable, the discharge conditions will automatically return to normal. Process conditions can be adjusted at any time during processing.
24. New design power box compliant with European CE safety standards, featuring dust, water, and interference resistance, enhancing the lifespan of electronic boards.
25. Equipped with upward discharge machining function. Facilitates easier processing of special workpieces.
26. Features two independent processing coordinate systems. The male and female molds can be processed or positioned in separate coordinate systems.
27. Vary the stretching speed, increasing the servo speed while ensuring the electrode is deformed, to enhance the efficiency of surface area processing.
Coordinate and processing data are stored separately, allowing for quick addition of the same processing conditions in different coordinate processing.
