Detailed Parameters

Model	Unit	GS45L
X/Y/Z Travel	mm	450×300×300
Worktable size	mm	600×450
Working tank size	mm	800×550×350
Distance between electrode plate and worktable	mm	250-550
Max.electrode weight	Kg	50
Max.workpiece weight	Kg	800
Spindle drive method	--	Linear motors
Oil tank capacity	L	400
Lubrication method	--	Automatic quantification
Maximum height of liquid level	mm	300
Liquid tank opening and closing method	--	Automatic four-sided lifting
Level control mode	--	Automatic / Code control
Air pressure	MPa	0.5/0.65(Automatic chuck)
Air flow	NL/min	100
Machine dimension	mm	2020×2150×2550
Machine weight	Kg	4500

CNC Power Supply Unit
Operating System	Windows 7	Language	Multi-Chinese switching
Controls the number of axes	Three-axis linkage (extendable 5-axis)	CNC Directives	Standard IS0 G-code
Display Mode	18.5-inch LCD	Input Method	Touchscreen/Keyboard
Transmission Method	USB/LAN	Storage	64G，SSD
Drive Type	Linear or servo motors	Status lights	Red·Yellow·Green
Optimal finish	Ra0.2	Maximum processing current	50A (choose 100A)
Maximum processing efficiency	500mm³/min	Minimal electrode loss	≤0.1%
Minimum drive unit	0.001	Maximum knife lifting speed	10-15m/min
APT Data Services	FTP、HTTP、Web	Fire protection devices	Automatic control
Enter the power supply	AC380V 50-60Hz	Total input power	13KVA(choose 22KVA)

Product Configuration

Machine Bed Design

Integrated oil-tank bed with ram-type structure. Solves the Y-axis sagging accuracy issue of ram-type machines while optimizing overall structural rigidity and precision.

Linear Motor Drive

The spindle utilizes linear motor drive with full closed-loop control, achieving rapid response and higher accuracy. The non-contact transmission system delivers ultra-fast motion speeds while eliminating mechanical wear, ensuring long-term machining precision.

Auto-Lifting Tank

Fixed worktable design guarantees reliable and repeatable accuracy. The integrated oil tank in the machine base eliminates external tanks, significantly reducing footprint. The compact tool magazine under the column further saves space, enhances efficiency, and enables unmanned operation.

Bed Temperature Control System

Measures to prevent rapid thermal deformation. Ambient temperature fluctuations, vertical thermal gradients, and radiant heat from ceilings/walls induce machine thermal distortion, impacting accuracy. By circulating temperature-synchronized coolant through key structural components, thermal deformation is effectively controlled, ensuring stable machining precision.

Intelligent Positioning System

Function Introduction

This mode simplifies and integrates the operation steps of the "preparation stage" and "processing stage", with the core concept of "intelligence driving productivity", creating a guided thinking intelligent operating system, greatly reducing the non-production time of the equipment, improving the production time of the equipment, and reducing the manual proficiency and experience value.

Features

This function opens up the data relationship between "ball", "workpiece", "electrode", "parameter library", "multitask" and "ATC", and the system automatically calculates the processing position, automatically generates discharge parameters, greatly simplifies the operation steps, and avoids the probability of manual error.

‌Sphere

‌Function Description:‌ Input the dimensions of the upper and lower spheres, and the system automatically performs centering and records the positional coordinates of the reference sphere‌

Workpiece

‌Functional Overview:‌ Supports single or batch centering of multiple workpieces. The system captures the current position of each workpiece and automatically records the true coordinate values between the workpiece and the D2 reference sphere‌

‌Workpiece · Manual Single-Side Centering

‌Functional Overview:‌ Performs manual or automated edge probing and centering according to the trajectory sequence shown in the diagram‌

Electrode

‌Functional Overview:‌ After electrode centering, the system captures the current position of each electrode and automatically records the true coordinate values between the electrode and all workpieces‌

‌Electrode · Reference Plane‌

Functional Overview:‌ This feature performs centering measurement on the reference plane of an electrode to determine its center point‌

Setting

‌Functional Overview:‌ The system automatically compiles machining programs by calculating processing positions for multi-line tasks, generating discharge parameters, compensation values, tool change commands, and tank level adjustment instructions based on input data‌

AUTO Automatic Processing

Function Introduction

AUTO is an automatic processing mode that can be used by inexperienced personnel, users only need to select "Electrode Material", "Electrode Type", "Shake Type", "Electrode Size", "Coarseness", enter "Spark Gap", "Machining Position", "Machining Depth", and the system automatically generates matching discharge parameters.

Characteristic

The new AUTO has developed an expert library based on different electrode types, combined with parameter strategies that are conducive to high-quality machining, such as "industry field", "discharge parameters", "system settings" and "processing experience", and the parameter library has rich EDM conditions and a variety of processing tendency options.