Specifications

DK7760 Wire Cut EDM Machine with taper 
1.high speed 
2.high precision 
3.good quality 
Wire Cut EDM Machine DK7760 

Wire Cut EDM Machine DK7760 

Product Description

 

Item	Model
	DK7760	DK7760 (taper)
Table travel(X×Y)  (mm)	750×600	750×600
Worktable size (L×W)  (mm)	1000×630	1000×630
Wire frame travel  (mm)	220~670	220~670
Max. workpiece thickness  (mm)	640	640
Wire diameter  (mm)	Φ0.12~0.22	Φ0.12~0.22
Max. machining speed  (mm2/min)	180	180
Roughness  (Ra/μm)	1.25~2.5	1.25~2.5
Power consumption  (kw)	1.8	1.8
Max. wire length  (m)	320	320
Wire travelling speed  (m/s)	11	11
Load of table  (kg)	700	700
Machine weight  (kg)	2500	2500
Machine dimensions(L×W×H)  (mm)	1860×1660×1960	1860×1660×1960
taper angle		±5°

Wire Cut EDM Machine DK7760 

 

(1)     The machines characteristics

1. Make features of big taper, considerable thickness, high efficiency, high precision and new structure etc, lead this industry;

2. There are computer, machine electric and pulse power supply all in the controller;

3. Main computer has two kinds of typessingle board computer and microcomputer;

4. Double CPUs structure in microcomputer, program and control at the same time;

5. Good rigidity, running placidly, strong function, convenient and reliable operation;

6. The whole closed machine bed, working table with T shaped groove, pane fixture;

7. Suitable to process conductive metal moulds, complex metal parts and templates with high precision, high toughness and difficult processing;

8. Can cut plane, bevel, top and bottom different shaped surface, greatly expand the processing range;

9. According to users request, add half closed-loop, transducer control system.

(2)     Main performance indexes and technical requirements

1.   Software basic functions

A. Coordinate system: absolute coordinate, incremental coordinate (relative coordinate);

B.  Functions of coordinate transforming, zooming in and zooming out, rotating and tracking display in real time;

C.  Functions of interpolation of straight line and circular arc;

D.  Function of taper processing;

E.  Function of processing different top and bottom shape;

F.  Functions of short circuit and wire-break handling;

G.  Functions of memorizing when power was cut and auto-stop after processing;

H.  Functions of auto-edge position and auto-centering;

I .   Function of auto-adding transitional arc (Arbitrary angle);

J.   Function of processing backward;

K.  Functions of menu technology and auto-programming;

L.   Data transmission.