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- Note:The data above is the test result base in certain working condition. The actual result will be varied depends in the input voltage,shape and size of electrode,spark condition,material of work piece and working fluid.
- Note:Specification is subject to change without notice.
 1 Hour to Master the Control System |
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Advantage
 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 1 ms in a versus.) DSP provides the more stable sparking and smooth machine movement. |
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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.
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The C Axis of CNC-EB600L
mold is mounted inside the spindle and therefore allows for greater Z axis clearance. |
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C-axis |
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ATC system |
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Machine Structure
Sturdy and compact headstock for easy operation with high precision.
Auxiliary stroke run by motor.
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, is 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 circle to machining.
With optional ATC accessory, the machining would be finished in no-attended condition.
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Superior Controller
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Feature
Built-in 32 bits IPC, ensure the best stability in any machining condition.
14" color monitor, simplify the operation.
Dialogued computer editing, easy to learn & use; Illustrating, easy to learn & understand.
During machining, electrode moving path, time, and machining conditions are all clear displayed in the monitor.
The computer controlled power system, higher efficiency, low electrode wear rate, fine and delicate surface.
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Safety
Fluid height level protection will shut off the electricity automatically when fluid level is lower than preset height level.
If improper use causes 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.
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Friendly System Assures Operation Ease
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"AI" function, with built-in the capacity of "ARTIFICIAL INTELLGENCE" automatically adjusts for optimum performance. |
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LED display quickly helps for checking the input or output conditions of the machine. |
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Alarm message, all alarms are recorded in processing log. |
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Operator can do the vector processing according to the instruction, and also can set a starting angle to process with different step angles. |
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256 processing conditions allow the operator to amend the condition when processing. |
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Simultaneous 3 axes straight line processing. |
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SUPERIOR CONTROLLER
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| Z-axis vertical machining |
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Repetitive machining |
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Scalar machining |
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Orbiting machining |
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| Finding center (inside) |
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Finding center (outside) |
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Sector machining |
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Corner machining |
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| Lateral machining |
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Orbiting machining |
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Orbiting machining |
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Orbiting machining |
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| Orbiting machining |
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Orbiting machining |
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C-axis index machining
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C-axis helical-gear machining
(option) |
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Go To :
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Features