30W Co2 flying laser marking machine laser marker for plastic and metal pipe and fittings
This type of marking is mainly used for continuous manufacturing processes where any standstills of the manufacturing plants would be uneconomical.
The highest demands on precision and speed of the marking laser. On the one hand, the laser machine must be designed for continuous industrial use. On the other hand, laser marking requires a specific software that takes the speed of the work pieces into account in order to ensure distortion-free marking.
Our marking lasers have been designed for continuous industrial operation and come with a sophisticated laser software to ensure distortion-free results when marking-on-the-fly. Moreover, our laser machines and the software have been designed for integration into existing plants and processes.
This laser markers are developed for efficient laser marking of metals and plastics along the industrial production chain. They offer the perfect combination of intelligent software with highest quality hardware.
It is available in different sizes with various configurations to meet individual requirements. Additionally, a broad range of options to customize your laser marking system is available.
Thanks to their thoughtful and robust design our laser markers guarantee absolute reliability and precision even in demanding environments. The galvo laser head is practically maintenance free.
Advantages
Advanced processing mode, a high degree of precision
Easy product identification.
Environment-friendly.
Low cost, fully automatic, easy operation.
Permanent & long lasting.
Application industry
Soft-drinks packaging industry.
Food packaging industry.
Alcohol packaging industry.
Medicine packaging industry.
Tobacco packaging industry.
Parameters
CO2-F30 | CO2-F55 | |
Wavelength | 10.55μm~10.63μm | 10.55μm~10.63μm |
Continuous power output(1) | >30W | ≥55W |
Power stability | <±5% | <±5% |
Pattern of laserspot | >98% TEM00 | >98% TEM00 |
LaserSpot size(2) | 1.8±0.2mm | 1.8±0.2mm |
Beam divergence angle(3) | 7.5±0.5mrad | 7.5±0.5mrad |
Laser spot quality | M2<1.2 | M2<1.2 |
Degree of polarization | >100:1 | >100:1 |
External modulation signal | TTL Signal, frequency<25kHz | TTLSignal, frequency<25kHz |
Cooling mode | Air cooling | water-cooling |
Laser weight | 5.2kg | TBD |
Voltage | 48VDC<±2%,Noise / fluctuation P-P value<1%supply voltage | 48VDC<±2%,Noise / fluctuation P-P value<1%supply voltage |
Power current | ≤12A(4) | ≤25A(5) |
Thermal load produced | ≤600W | ≤600W |
Cooling water velocity | N/A | ≥5.7L/min |
Cooling water temperature | N/A | 15℃~30℃ |
Hardness of cooling water | N/A | <150mg/L |
ambient temperature | 5℃~40℃ | 5℃~40℃ |
Working altitude | 2000m | 2000m |
Ambient humidity | Non condensation | Non condensation |
Preionization time | 42S | Non |
(1)When the laser head temperature is higher than 25 degrees, the laser power decreases by 1% when the temperature rises 1 degrees. (2)the diameter of the aperture at the exit of the 1/e2. (3)beam divergence angle.(4)The typical value is 10A (5)The peak current is 35Aand the duration is 1ms |