EMP8080 High Precision Fiber Laser Cutting Machine 800*800mm processing size
The EtherCAT bus-based CNC system greatly enhances the flexibility and scalability of the equipment, making smart factories and interconnected devices a reality.
The frame features a marble structure, providing excellent rigidity and high strength. The crossbeam is designed to be lightweight, offering impressive acceleration performance, and is precisely machined using a CNC gantry fiber laser cutting machine to ensure accurate and smooth movement.
ltem |
EMP8080 |
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Linear Encoder(Fagor) |
Resolution Ratio 0.5μm |
|
Marble |
1800*1350*200 |
|
Visual Positioning Range |
800*690mm |
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Max.Acceleration |
1.5g |
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Processing Size |
800*800mm |
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X-Axis |
Fast-Moving Speed |
60m/min |
Effective Trave |
800mm |
|
Positioning Accuracy (Cutting) |
±20μm |
|
Repeated Positioning Accuracy |
±5μm |
|
Y-Axis |
Fast-MovingSpeed |
60m/min |
Effective Trave |
800mm |
|
Positioning Accuracy(Cutting) |
±20μm |
|
Repeated Positioning Accuracy |
±5μm |
|
Z-Axis |
Travel |
100mm |
| Machine Running Environment | |
| Temp. | -10℃~45℃ |
| R.H. | <90%,non-condensing |
| Ambient condition | Ventilated, no vibration |
| Power Supply | 380V±10%/3-phase or 220V±10%/1-phase |
| Power Supply Frequency. | 50Hz |
| Machine Power Consumption | ≤3000W(excluded chiller &laser) |
Raytools EthreCAT CNC Control System
● The process database is fully expandable based on client requirements, supporting advanced features such as fly cutting, down jumping, compensation, lead control, micro-joints, pre-piercing, multi-level piercing, and film cutting, among others.
● Edge Detection and Sorting: The system offers both Auto FindEdge and Manual FindEdge functionalities. Auto FindEdge can automatically adjust for slight angular deviations in the material. Additional features include auto sorting, break point cutting, and the ability to sort files into system-recognized formats (NC or PART files).
● Cutting Techniques: The system supports specialized techniques like cooling point and triangle cutting, ensuring optimal control and precision during complex operations.
● Compatibility: It is compatible with various laser systems and allows manual G-code modification for customized processing. Communication: Utilizing EtherCAT protocol, the system ensures real-time control with a refresh cycle of just 1 millisecond.
● Precision and Speed: The system delivers path accuracy of 0.005mm, positioning accuracy of 0.001mm, and repeated posi- tioning accuracy of 0.002mm. It can achieve a maximum acceleration of 3G, a cutting speed of 80mm/min, and a dry motion speed of 250m/min.
● Safety Features: Includes overload protection with real-time monitoring of axis torque, which stops operation and raises a servo alarm in case of an issue.
● Alarm and Maintenance: Alarm logs can be exported for operator reference. The system also offers user-friendly maintenance features such as auto calibration and break point mode.
● Commissioning: Advanced features like close-loop arc detection help reduce commissioning time, while torque monitoring checks mechanical meshing for potential tightness or looseness.
Raytools CNC system allows for precise synchronization between the laser, motors, and other machine components. This results in enhanced cutting accuracy, especially for intricate designs and high-tolerance applications.
Raytools CNC system modular design allows for easy integration of additional sensors, axes, or peripherals. This scalability makes the machine adaptable to a wide range of cutting tasks and future expansions.
The low latency and jitter provided by EtherCAT are critical in laser cutting, where timing is essential. This ensures that the laser head moves smoothly and consistently, reducing errors and improv- ing overall cut quality.
With rapid communication and processing, the machine can operate at higher speeds without compromising accuracy. This leads to shorter cycle times and increased productivity.
As EtherCAT is widely adopted and continuously developed, machines using this technology are better positioned for future upgrades and integration with new technologies.
Optional CCD camera
High Positioning Accuracy: Compared to traditional edge-finding methods, CCD visual positioning achieves precision levels as fine as 0.001mm, making it ideal for high-precision machining applications.
Fast Positioning Speed: The visual positioning system requires only a few reference points to capture, after which the CCD algorithm quickly calculates the material’s offset angle, significantly reducing setup time.
Safer Edge-Finding Method: Unlike conventional techniques, CCD visual positioning does not require the cutting head to be in close proximity to the sheet surface, thus minimizing the risk of damage to the cutting head.
