Ruida LFS-VM-T43 Laser Hight Controller Automatic Height Control System
Ruida Controller LFS-VM-T43 Laser Hight Controller Automatic Height Control System
Description Of Ruida Controller LFS-VM-T43
The LFS-VM-T43 high-speed closed-loop live focus controller is a system developed by Ruida Technology for metal cutting systems, with a 4.3-inch industrial TFT color touch screen, real-time status and data display, and friendly UI. It uses high-performance amplifiers, professional anti-interference design to greatly increase the speed of motion and response of the height controller and achieve the accurate automatic height control.
| Parameter | LFS-VM-T43 |
| Panel | 4.3” touch screen |
| Communication interface | Ethernet, RS232 |
| Control method | High speed closed loop |
| Motor | Servo motor |
| Control output | Analog voltage +/-10V |
| Laser cutting | Metal cutting |
| Sampling frequency | 1000Hz |
| Speed | 800mm/s |
| Detection distance | 0.1mm-10mm |
| Dynamic follow accuracy | ≤0.1mm |
| Real-time adjustment of focus | Support |
| Focal length adjusts step | 0.1mm |
| Firmware upgrade | Online remote upgrade of U disk |
| Language | Chinese, English |
| Size | Panel: L139.8mm*W97.8mm*H22.2mm Mainboard: L210mm*W130mm*H28mm |
Key Function
(1)Adopt capacitive sensing technology to realize the automatic calibration function of capacitance parameter and match with any cutting head.
(2)Support many protection functions such as collision alarm, limit protection and servo alarm.
(3)Online modification and real-time position detection of focus position. The capacitance detection range is from 0 to 9.9mm.
(4)Real-time motion status display of the cutting head and alarm information prompt.
(5)Support settings of various lifting height and speed to make different ways of cutting more convenient.
(6)Support step pierce, low voltage pierce, step pierce, frog and lifting functions working with Ruida controller.
Application Fields
(1)Automatic Z-Axis Adjustment: The system automatically adjusts the height of the laser head relative to the workpiece, ensuring optimal focus for cutting or engraving.
(2)Material Thickness Detection: It can detect variations in material thickness, allowing for consistent cutting quality across uneven surfaces.
Improved Cutting Quality: By maintaining the correct distance between the laser and the material, it enhances the precision and quality of the cuts, minimizing issues like burning or poor engraving.
(3)User-Friendly Operation: The system allows operators to set parameters easily, making it accessible for users with varying levels of experience.
(4)Safety Features: By preventing the laser head from crashing into the material, it protects both the machine and the operator.
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