Detailed Parameters

Model	Unit	MS43
XY axis travel	mm	400x300
U-V axis travel	mm	80x80
Z-axis travel	mm	220 (machinable height when immersed in water: 190)
Maximum processing part size	mm	780x600x210
Maximum workpiece load weight	Kg	400
Height of workbench from ground	mm	950-1000
Programmable Axes	-	5-axis (X,Y,Z,U,V)
Maximum walking speed	mm/min	1500.0
Processable wire diameter	mm	0.15-0.3
Maximum load weight of spool	Kg	10.0KG
Maximum line tension	Kg	0.5-2.4
Fastest take-up speed	mm/sec	330
Maximum taper processing angle	-	+-15°/80mm You need to bring your own wide-angle eye mask
Machine weight	Kg	2500
Mechanical Dimensions	mm	2860x2235x2090

CNC power supply device
Maximum processing current	15A	Maximum available correction value	1000 groups
Pulse Control Power Box	Optimal frequency control system	Maximum number of rows to read	N00000 to N99999
Power Input	3PH AC380V 50Hz	Number of coordinates	6
CNC controller	Windows 10 system with multi-tasking real-time transmission software	Number of axes that can be moved simultaneously	Four-axis
Memory	100GB	Minimum input unit	0.0001mm
Storage Devices	64GB SSD	G00 Speed	max.1500.0 mm/min
Input interface	RJ-45 Network access/Keyboard+Mouse/U disk	Positioning drive system	Equipped with optical scale full closed loop control
Display device	27-inch HD screen	Drive mode	Linear motor (XY), servo motor (UVZ)
Keyboard type	Standard keyboard	Compensation of each axis	XYZUV axis/backlash compensation/pitch compensation
Coordinate control method	Incremental/Absolute	Programming	Background editing, program simulation + simulation can be synchronized during processing
Maximum input	9999.999	Graphical Display	XY plane and UV plane 3D image simulation output
User processing condition parameters	1000 groups of parameter control	Network Features	Support wired and wireless network transmission

Product Configuration

Intelligent Positioning System

Function Introduction

The self-developed and produced controller has a high-precision LCD operation interface. During operation and processing, the interface is clear at a glance and the humanized operation can greatly improve the cost and efficiency of the service. The human-computer interaction is simple and easy to understand.

Features

There are regular, taper, upper and lower special-shaped cutting, and the accuracy is ensured by spark alignment and edge finding. It can edit programs, simulate inspection programs, and track and inspect graphics in real time to meet various cutting needs and ensure cutting quality and accuracy.

Taper reference measurement or setting

Function introduction: It is a taper measurement tool that can accurately measure the distance between the upper and lower machine heads, and compensate the Z-axis height during taper processing to ensure accurate taper cutting.

Find Center

Function introduction: Find three points on the circumference by any manual or automatic method, such as using the edge finder function on the software to find them automatically or using the spark discharge mode to find them manually.

Find the right

Function Introduction: The alignment function is used to measure the inclination angle of the workpiece and set the rotation angle of the coordinate system to make the workpiece parallel to the user coordinate system.

Find Edge

Function introduction: The position coordinates of the workpiece edge can be found through the edge finding function.

Move Back

Function introduction: The return function includes four functions: return to half stroke, set half stroke, return to mechanical origin, and return to limit.

Spark alignment

Function introduction: Find the standard vertical position or reference position of the electrode wire by adjusting the UV axis.

Threading point

Function introduction: Set or record the position with better threading effect as the threading point.

Reference Points

Function introduction: The reference point function includes the following two functions:

[Set reference point] is used to set the current position as the reference point of the current user coordinate system;

[Return to reference point] moves to the position of the reference point last set in the current user coordinate system.

Position memory function: The software supports memorizing 5 mechanical coordinate positions.

AUTO Automatic Processing

Function Introduction

AUTO is an automatic processing mode that can be used by inexperienced personnel. Users only need to select "processing material", "machine head position", "wire diameter", "workpiece thickness", "number of cuts" and "others". The system automatically generates matching discharge parameters.

Characteristic

Select the electrode wire diameter, workpiece material, workpiece thickness and other data, the processing parameters are automatically found and transmitted, and the software program automatically generates a two-dimensional graph to avoid processing errors. Efficient AR intelligent control, real-time intelligent corner control. Excellent first-knife cutting efficiency, high processing power efficiency, and ultra-fast cutting speed.