Step 1 : Select electrode shape

Abundant machining application modes
Database with variety of electrode application modes : RIB, CONNECTOR, SCREW ,SPRUE, 3D SPHERE and so on, it is enough for a variety of complex machining tasks.

Step 2 : input machining parameter

Automatically select the best undersized calculation and number of electrodes
Simple understanding parameter setting interface.
Just enter machining parameters, the internal calculation engine can calculate the most appropriate electrode undersize and number of electrodes.

Step 3 : Preview of maching program

Machining program of each electrode can be adjusted at will
All electrode machining procedures are clearly presented.
Based on past machining experience, user also can flexibly adjust the procedures, allowing you to experience highly flexible machining capabilities of AEII expert system!

Step 4 : Machining process & position setting

Interference avoidance function of position and coordinate system rotation offset
Built-in 60 sets of machining coordinate system, 50 sets of workpiece coordinates, it can cope with multi-hole, multi-workpiece machining tasks. With the coordinate system of workpiece offset , users no longer have to worry about large workpieces offset, saving calibration time on site.

Step 5 : Generating machining program completed!

Interchangeable : GM code < = > Dialogue Code
Exclusive creation of multi-language machining code, improvement of shortcomings of traditional GM codes that are not easy to understand visually.
After the program code generated by system is saved, you can start machining with one click, which is easy and effortless!