JSEDM

Specification
Introduction
Equipment
Process Result

CNC-EB2610-2H

CNC-EB2610L

CNC-EB540L

CNC-EB750L

Capacity of Work Tank

1500x940x520 mm
Work Table Size

1000x600 mm
Longitudinal Travel (X-Axis)

700 mm
Cross Travel (Y-Axis)

500 mm
Z Axis Travel (Z-Axis)

500 mm
Max. Electrode Weight

250 kgs
Max. Work Piece Weight

3000 kgs
Fluid Tank Capacity

964 L
Machine outside dimensions (WxDxH)

2840x2700x2700 mm
Machine weight

4500 kgs
Max. Machining current

60A / 90A (Optional)
Max. Power input

7KVA / 10 KVA
Max. Machining rate(mm³/min)

400 / 600
Min. Electrode wear ration

0.12%
Min. D. R. O. resolution(mm)

0.001 mm
Generator weight

350 kgs

CNC-EB433

Capacity of Work Tank

900x520x385 mm
Machine Outside Dimensions (WxDxH)

1700x1600x2350 mm
Work Table Size

600x350 mm
Machine Weight

1750 kgs
Longitudinal Travel (X-Axis)

400 mm
Max. Machining Current

60 / 90 A (Optional)
Cross Travel (Y-Axis)

300 mm
Max. Power Input

7 / 10 KVA
Z Axis Travel (Z-Axis)

300 mm
Max. Machining Rate

400 / 600 mm³/min
Distance Between Platen to Table

310~610 mm
Min. Electrode Wear Ratio

0.12 %
Max. Electrode Weight

100 kgs
Best surface / Ra

Ra 0.2 μm
Max. Work Piece Weight

500 kgs
Min. D. R. O. Resolution

0.001 mm
Fluid Tank Capacity

300 L
Generator Weight

-

CNC-EB600L

Capacity of Work Tank

1100x600x400 mm
Machine Outside Dimensions (WxDxH)

1900x1750x2350 mm
Work Table Size

700x400 mm
Machine Weight

2250 kgs
Longitudinal Travel (X-Axis)

400 mm
Max. Machining Current

60 / 90 A (Optional)
Cross Travel (Y-Axis)

300 mm
Max. Power Input

7 / 10 KVA
Z Axis Travel (Z-Axis)

300 mm
Max. Machining Rate

400 / 600 mm³/min
Distance Between Platen to Table

270~570 mm
Min. Electrode Wear Ratio

0.12 %
Max. Electrode Weight

100 kgs
Best surface / Ra

Ra 0.2 μm
Max. Work Piece Weight

1000 kgs
Min. D. R. O. Resolution

0.001 mm
Fluid Tank Capacity

370 L
Generator Weight

-

CNC-EB600L (S.F)

Capacity of Work Tank

1100x600x400 mm
Machine Outside Dimensions (WxDxH)

2700x1750x2350 mm
Work Table Size

700x400 mm
Machine Weight

2400 kgs
Longitudinal Travel (X-Axis)

400 mm
Max. Machining Current

60 / 90 A (Optional)
Cross Travel (Y-Axis)

300 mm
Max. Power Input

7 / 10 KVA
Z Axis Travel (Z-Axis)

300 mm
Max. Machining Rate

400 / 600 mm³/min
Distance Between Platen to Table

270~570 mm
Min. Electrode Wear Ratio

0.12 %
Max. Electrode Weight

100 kgs
Best surface / Ra

Ra 0.1 μm
Max. Work Piece Weight

1000 kgs
Min. D. R. O. Resolution

0.001 mm
Fluid Tank Capacity

370 L
Generator Weight

-

CNC-EB5435L

Capacity of Work Tank

1250x800x520 mm
Machine Outside Dimensions (WxDxH)

2700x2250x2400 mm
Work Table Size

850x450 mm
Machine Weight

2700 kgs
Longitudinal Travel (X-Axis)

500 mm
Max. Machining Current

60 / 90 A (Optional)
Cross Travel (Y-Axis)

400 mm
Max. Power Input

7 / 10 KVA
Z Axis Travel (Z-Axis)

350 mm
Max. Machining Rate

400 / 600 mm³/min
Distance Between Platen to Table

420~770 mm
Min. Electrode Wear Ratio

0.12 %
Max. Electrode Weight

200 kgs
Best surface / Ra

Ra 0.2 μm
Max. Work Piece Weight

2000 kgs
Min. D. R. O. Resolution

0.001 mm
Fluid Tank Capacity

850 L
Generator Weight

320 kgs

CNC-EB1060L

Capacity of Work Tank

1900x1100x620 mm
Machine Outside Dimensions (WxDxH)

3600x3250x3200 mm
Work Table Size

1250x750 mm
Machine Weight

5200 kgs
Longitudinal Travel (X-Axis)

1000 mm
Max. Machining Current

90 / 120 A (Optional)
Cross Travel (Y-Axis)

600 mm
Max. Power Input

10 / 13 KVA
Z Axis Travel (Z-Axis)

500 mm
Max. Machining Rate

600 / 800 mm³/min
Distance Between Platen to Table

450~950 mm
Min. Electrode Wear Ratio

0.12 %
Max. Electrode Weight

350 kgs
Best surface / Ra

Ra 0.2 μm
Max. Work Piece Weight

4500 kgs
Min. D. R. O. Resolution

0.001 mm
Fluid Tank Capacity

1600 L
Generator Weight

350 kgs

CNC-EB1000R

Capacity of Work Tank

1960x1100x550 mm
Machine Outside Dimensions (WxDxH)

3600x3200x3200 mm
Work Table Size

1100x700 mm
Machine Weight

5000 kgs
Longitudinal Travel (X-Axis)

1000 mm
Max. Machining Current

90 / 120 A (Optional)
Cross Travel (Y-Axis)

600 mm
Max. Power Input

10 / 13 KVA
Z Axis Travel (Z-Axis)

500 mm
Max. Machining Rate

600 / 800 mm³/min
Distance Between Platen to Table

500~1000 mm
Min. Electrode Wear Ratio

0.12 %
Max. Electrode Weight

100 / 3 kgs (Slope Machining Process)
Best surface / Ra

Ra 0.2 μm
Max. Work Piece Weight

4000 kgs
Min. D. R. O. Resolution

0.001 mm
Fluid Tank Capacity

1560 L
Generator Weight

350 kgs

CNC-EB1270L

Capacity of Work Tank

2100x1250x620 mm
Machine Outside Dimensions (WxDxH)

4000x3400x3250 mm
Work Table Size

1350x820 mm
Machine Weight

6500 kgs
Longitudinal Travel (X-Axis)

1200 mm
Max. Machining Current

90 / 120 A (Optional)
Cross Travel (Y-Axis)

700 mm
Max. Power Input

10 / 13 KVA
Z Axis Travel (Z-Axis)

500 mm
Max. Machining Rate

600 / 800 mm³/min
Distance Between Platen to Table

510~1010 mm
Min. Electrode Wear Ratio

0.12 %
Max. Electrode Weight

400 kgs
Best surface / Ra

Ra 0.2 μm
Max. Work Piece Weight

5000 kgs
Min. D. R. O. Resolution

0.001 mm
Fluid Tank Capacity

1900 L
Generator Weight

350 kgs

CNC-EB1510L

Capacity of Work Tank

2300x1700x8000 mm
Machine Outside Dimensions (WxDxH)

4600x4800x3620 mm
Work Table Size

1580x1100 mm
Machine Weight

14500 kgs
Longitudinal Travel (X-Axis)

1500 mm
Max. Machining Current

90 / 120 A (Optional)
Cross Travel (Y-Axis)

1000 mm
Max. Power Input

10 / 13 KVA
Z Axis Travel (Z-Axis)

600 mm
Max. Machining Rate

600 / 800 mm³/min
Distance Between Platen to Table

650~1250 mm
Min. Electrode Wear Ratio

0.12 %
Max. Electrode Weight

500 kgs
Best surface / Ra

Ra 0.2 μm
Max. Work Piece Weight

11000 kgs
Min. D. R. O. Resolution

0.001 mm
Fluid Tank Capacity

3500 L
Generator Weight

350 kgs

CNC-EB1880L

Capacity of Work Tank

2600x1320x700 mm
Machine Outside Dimensions (WxDxH)

5000x4000x3200 mm
Work Table Size

1850x1000 mm
Machine Weight

9000 kgs
Longitudinal Travel (X-Axis)

1800 mm
Max. Machining Current

90 / 120 A (Optional)
Cross Travel (Y-Axis)

800 mm
Max. Power Input

10 / 13 KVA
Z Axis Travel (Z-Axis)

600 mm
Max. Machining Rate

600 / 800 mm³/min
Distance Between Platen to Table

450~1050 mm
Min. Electrode Wear Ratio

0.12 %
Max. Electrode Weight

500 kgs
Best surface / Ra

Ra 0.2 μm
Max. Work Piece Weight

7000 kgs
Min. D. R. O. Resolution

0.001 mm
Fluid Tank Capacity

2800 L
Generator Weight

350 kgs

CNC-EB2010L

Capacity of Work Tank

2700x1700x800 mm
Machine Outside Dimensions (WxDxH)

5200x4500x3570 mm
Work Table Size

2250x1100 mm
Machine Weight

12500 kgs
Longitudinal Travel (X-Axis)

2000 mm
Max. Machining Current

90 / 120 A (Optional)
Cross Travel (Y-Axis)

1000 mm
Max. Power Input

10 / 13 KVA
Z Axis Travel (Z-Axis)

600 mm
Max. Machining Rate

600 / 800 mm³/min
Distance Between Platen to Table

660~1260 mm
Min. Electrode Wear Ratio

0.12 %
Max. Electrode Weight

500 kgs
Best surface / Ra

Ra 0.2 μm
Max. Work Piece Weight

9500 kgs
Min. D. R. O. Resolution

0.001 mm
Fluid Tank Capacity

3800 L
Generator Weight

350 kgs

CNC-EB2210L

Capacity of Work Tank

2850x1700x800 mm
Machine Outside Dimensions (WxDxH)

5500x4600x3570 mm
Work Table Size

2250x1100 mm
Machine Weight

13500 kgs
Longitudinal Travel (X-Axis)

2200 mm
Max. Machining Current

120 A
Cross Travel (Y-Axis)

1000 mm
Max. Power Input

13 KVA
Z Axis Travel (Z-Axis)

600 mm
Max. Machining Rate

800 mm³/min
Distance Between Platen to Table

660~1260 mm
Min. Electrode Wear Ratio

0.12 %
Max. Electrode Weight

500 kgs
Best surface / Ra

Ra 0.2 μm
Max. Work Piece Weight

9500 kgs
Min. D. R. O. Resolution

0.001 mm
Fluid Tank Capacity

4100 L
Generator Weight

380 kgs

CNC-EB2210L-2H

Capacity of Work Tank

2900x1700x800 mm
Machine Outside Dimensions (WxDxH)

6500x4600x3570 mm
Work Table Size

2250x1100 mm
Machine Weight

15000 kgs
Longitudinal Travel (X-Axis)

550 (SM) 775 (DM) mm
Max. Machining Current

120 A
Cross Travel (Y-Axis)

1000 mm
Max. Power Input

13 KVA
Z Axis Travel (Z-Axis)

600 mm
Max. Machining Rate

800 mm³/min
Distance Between Platen to Table

720~1320 mm
Min. Electrode Wear Ratio

0.12 %
Max. Electrode Weight

500 kgs
Best surface / Ra

Ra 0.2 μm
Max. Work Piece Weight

10000 kgs
Min. D. R. O. Resolution

0.001 mm
Fluid Tank Capacity

4700 L
Generator Weight

380 kgs

CNC-EB3010L

Capacity of Work Tank

3900x1700x800 mm
Machine Outside Dimensions (WxDxH)

6000x4600x3620 mm
Work Table Size

3100x1100 mm
Machine Weight

19000 kgs
Longitudinal Travel (X-Axis)

3000 mm
Max. Machining Current

120 A
Cross Travel (Y-Axis)

1000 mm
Max. Power Input

13 KVA
Z Axis Travel (Z-Axis)

600 mm
Max. Machining Rate

800 mm³/min
Distance Between Platen to Table

660~1260 mm
Min. Electrode Wear Ratio

0.12 %
Max. Electrode Weight

500 kgs
Best surface / Ra

Ra 0.2 μm
Max. Work Piece Weight

16000 kgs
Min. D. R. O. Resolution

0.001 mm
Fluid Tank Capacity

5800 L
Generator Weight

380 kgs

CNC-EB3010L-2H

Capacity of Work Tank

3900x1700x800 mm
Machine Outside Dimensions (WxDxH)

7000x4600x3620 mm
Work Table Size

3100x1100 mm
Machine Weight

21000 kgs
Longitudinal Travel (X-Axis)

2550(SM) 1275(DM) mm
Max. Machining Current

120 A
Cross Travel (Y-Axis)

1000 mm
Max. Power Input

13 KVA
Z Axis Travel (Z-Axis)

600 mm
Max. Machining Rate

800 mm³/min
Distance Between Platen to Table

720~1320 mm
Min. Electrode Wear Ratio

0.12 %
Max. Electrode Weight

500 kgs
Best surface / Ra

Ra 0.2 μm
Max. Work Piece Weight

16000 kgs
Min. D. R. O. Resolution

0.001 mm
Fluid Tank Capacity

6000 L
Generator Weight

380 kgs

Mirror Processing (Big Dimension) Controller Advantage

JSEDM original creation S.F (super Finishing), Mirror processing circuit, with high purity nanometer fine power of mix system, it machining small size work piece (sparking area) with best surface Ra 0.1 μm, and the biggest size work piece with best surface Ra 0.2 ~ 0.3 μm.
Capable with mixing fine powder and iron powder by control system, this increases the work efficiency and smoothness while sparking.
DSP (Digital Signal Processors) servo control system speeds the response time up to 0.2ms in a location circuit control versus. (Traditional PC based control is 1ms in a versus.) DSP provides the more stable sparking and smooth machine movement.
MOSFET transistors couple with responsive POWER SINK circuitry can reach the high processing with low wear and tear rate.
Pulse circuit adopts the IC of FPGA, the latest generation of field programmable gate array, to ensure the fastest response and capability of "UNI-PULSE" monitor, thus ensure the better burning efficiency by "avoiding" carbon built up. (Less ARC condition.)
Operator friendly interferes with "AI" logic to assist in setup and operation. Once the basic material, depth, and shape data are entered, the CNC fuzzy logic controller can set and adjust the optimum burning parameters to quickly and efficiently achieve the targeted results. Industrial C.F card (Compact Flash Card).
Which can be wrote and read over 100,000 times at least.

CNC EDM EB Series Controller Advantage

1 hours To Master The Control System

DSP (Digital Signal Processors) servo control system speeds the response time up to 0.2ms in a location circuit control versus. (Traditional PC based control is 1ms in a versus.) DSP provides the more stable sparking and smooth machine movement.
MOSFET transistors couple with responsive POWER SINK circuitry can reach the high processing with low wear and tear rate.
Pulse circuit adopts the IC of FPGA, the latest generation of field programmable gate array, to ensure the fastest response and capability of "UNI-PULSE" monitor, thus ensure the better burning efficiency by "avoiding" carbon built up. (Less arc condition.)
Operator friendly interferes with "AI" logic to assist in setup and operation. Once the basic material, depth, and shape data are entered, the CNC fuzzy logic controller can set and adjust the optimum burning parameters to quickly and efficiently achieve the targeted results.
With center of circle function, you can select three point key in the edge finding and automatic find the circle of center.
The Z axis with diversification up (Deslagging) function, easy for machining depth, corner bigger area, thin slice, and tapper type machining process.
Special customize command, according controller that we can feasibility analysis customer request special machining process function and addition the customize function or command.

Feature

Industrial IPC system, ensure the best stability in any machining condition.
15" LCD screen, simplify the operation.
Dialogued computer editing, easy to learn and use; understand.
During machining, electrode moving path, time, and machining conditions are all clear displayed in the LCD screen.
The computer controlled power system, higher efficiency, lower electrode wear rate, fine and delicate surface.

Safety

Fluid height level protection will shut off the electricity automatically when fluid level is lower than preset hight level.
If improper use casues fire, then the machine shuts off automatically.
When the work head reaches the preset depth, the work head will retract to its original position and shut off the electricity.
When short circuit occurs, the machine shuts off automatically.

Model is mounted inside the spindle and therefore allows for greater Z axis clearance.

C-axis

ATC system

Sturdy and compact headstock for easy operation with high precision.
Main shaft adopts of alloy steel guide rail to coordinate with ball bearing, low rate of friction to secure the precision of feeding.
Auto depth position stop setting,it stops automatically when reaching the processing depth.
X,Y saddles are stuck with linear way & ball screws,ensure the precision & delicate operation.
Machine frame is constructed with tempered FC-30 casting under head treatment to keep accurate precision.
With C axis accessory, the electrode can turn a arbitrary angle to make processing.
With optional ATC accessory, the machining would be finished in no-attended condition.

Friendly system assures operation ease

"AI" function, with built-in the capacity of "AUTO INDEX", automatically adjusts for optimum performance.

Alarm message, all alarms are recorded in processing log.

256 processing conditions allow the operator to amend the condition when processing.

LED display quickly helps for checking the input or output conditions of the machine.

Operator can do the vector processing according to the instruction, and also can set a starting angle to process with different step angles.

Simultaneous 3 axes straight line processing.

High Rigidity Structure

High Rigidity and Thick Base

The base is made by (Meehanite) cast iron and eliminated stress by heat treatment. The structure of base also is designed evenly with high rigidity and symmetry. The work table is processed with heat treatment and precision grinding, so the work table is wear-resistant and can maintain its certain flatness when it is weighted.
The base is moving column (RAM type) structure and also can carry 4000kg work piece while ensuring flat movement of machine without any effect, in order to improve the processing accuracy. The design of thick base ensure when the machine face long time heavy item oppression, it will not have the occurrence of the deformation question.

Spacious Span of Linear Guide Way and Precision Ball Screw

X、Y axis use linear guide way on a low coefficient of friction, in order to ensure the mechanical precision and smart operation under the machine movement. Using wide linear guide and span, make sure that the mechanical moving around a long time to do (especially machine doing reaming and vector processing), the positioning of the machine and the actual processing of feed data is more accurate to constantly maintain the machine accuracy. (Backlash value)
X axis linear guide way (ø45mm) is installed on the middle seat of machine, to ensure installation are flat and useful life are long for the linear guide way. And also is collocated with precision ball screw (Ø40mm) to ensure accuracy location while the machine moving in long period.
Y axis linear guide way(ø45mm) is installed on the upper seat of machine, to ensure lightweight guide way for reducing the coefficient of friction of guide way and extending the life period. Besides, the machine is collocated with precision ball screw (ø32mm) to ensure the machine in accuracy.

ALightweight moving column (forward and backward displacement)

Lightweight moving column designed, installed on top of the machine which can increase the machine processing travel and height. And to ensure that the machine to do forward and backward movement without tilting (forward and backward) problem, and don’t affect the stability problem while the column is moving.

BPrecision of Spindle

Spindle is integrated design casting, in order to ensure it is smooth movement with bigger electrode. And use alloy steel guide way, collocate roller bearing with low coefficient of friction to increase accuracy feed and dexterity while moving.
Don’t use pull counterweight on spindle, but with 350W servo motor and the structure is designed 6 pcs of sliding block on spindle two sides. In order with keep correct position without vibration and improving the life of ball screw while the spindle is tapper processing.

CSelect the steel cover protect the X axis

The X axis used the steel cover as same the machine center that protect efficiency are better more then the traditional type (cloth and plastics material).the steel are more durable, fireproof, and not easy broken.

DHydraulic pressure (oil type) function upper / down work door

With automatic control equipment, allowing user to open and close door more simply, more easily, and it will be more durable and useful.

CNC EB1000R will be change the sparking process and increase efficiency Function：


Item	Z axis with rotation function	Z axis is traditional vertical type
Work efficiency	The Z axis action by vertical function, that it can reduce the machining time and protect the work piece machining accuracy and quality.	Used edge side machining only, it will be short the machine use lift, and delay machining process, the electrode will be easy wear also, besides, it with shake and position lost situation during process, of course, the work piece accuracy and quality not well.
Prepare the Electrode and wear situation	Electrode easy to made and wear rate lower	Electrode made need to consider the angle first, and with the angle electrode will be easy to wear during sparking process.
Safety & convenient	Work piece easy to set on the work table level type.	Setting the clamping tool and setting the work piece in the clamping tool, because the work piece had angle that it more danger during process.
Preparations	Made the work piece angle datum plane process. Made the electrode edge datum plane process. Adjust the z axis rotation angle. Adjust the work piece and electrode plane and start sparking process.	Made the clamping tool for clamp work piece. Need to use the CNC machine center and CNC Wire Cut EDM to made the clamping tools Made the work piece angle datum plane process. Made the electrode edge datum plane process. Made the work piece level plane process. Addition the electrode extender part. Edge two reference side and start sparking process.