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Safety measures to avoid electrical hazards during operation.
General safety precautions to prevent physical harm and equipment damage.
Steps for launching, understanding the UI, and basic operations.
Overview of toolbar structure and file menu options.
Key steps from origin setting to actual processing.
Procedure for setting the system's origin point.
Calibrating the head and loading/optimizing graphics.
Configuring cutting parameters and planning the cutting sequence.
Simulating, checking, and initiating the actual laser cutting.
Core graphic manipulation tools like selection, transformation, and path planning.
Various ways to select graphic elements.
Options for displaying graphic info and viewing NC code.
Tools for scaling, transforming, leadlines, and clearing graphics.
Setting start points and compensating for laser slot effects.
Outer/Inner cuts, Ring Cut, and MicroJoint features.
Adjusting direction, setting overcut, and adding relief/fillet.
Adding cooling points and optimizing cutting sequence.
Copying, grouping, and setting up fast cutting.
Combining edges, bridging curves, and measuring distances.
Tools for smoothing, breaking lines, and cleaning duplicates.
Tools for creating basic geometric shapes and lines.
Creating points, text, and lines.
Clipping, extending, aligning, sorting, and optimizing in Draw.
Functionality for automatic nesting of parts.
Converting graphics into parts for nesting.
Executing nesting and setting parameters.
Configuring advanced settings and managing plates.
Interface for detailed cutting and piercing parameter setup.
Tree-like structure, layers, and processing modes.
Settings for speed, power, gas, slow start/stop.
Adjusting power curves and configuring piercing parameters.
Advanced cutting, import/export, and global parameter adjustments.
Material configuration and confirming parameter changes.
Overview of machine and workpiece coordinate systems.
Establishing the machine's reference frame.
Utilizing workpiece coordinate systems for processing.
Using manual controls for axis movement and laser functions.
Buttons for processing, navigation, and count management.
Using breakpoint, back, forward, and return zero functions.
Setting production statistics and machining quantity.
Previewing the cutting path before actual processing.
Enabling or disabling the machine's motors.
Re-establishing the machine's home position.
Auto, manual, and disc centering for edge detection.
Capacitive/Height sensors, lubrication, dust removal, and prompts.
Configuring software options and performing forced resets.
Viewing system status and changing language.
Real-time logs for drawing and system operations.
Displaying and managing system alarms and prompts.
General| Model | XC3000 Series |
|---|---|
| Cooling Method | Air-cooled |
| Bus | EtherCAT |
| Laser Power Range | Up to 6kW (depending on laser source) |
| Control Interface | Touch screen |
| Compatible Laser Types | Fiber laser |
| Process Monitoring | Real-time monitoring |
| Connectivity | Ethernet |
| Software Integration | Compatible with various CAD/CAM software |
| Safety Features | Emergency stop, safety interlocks |
| Control System Type | CNC-based laser control |
| Application | 2D Laser Cutting |
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