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| The Laser marking has been entering massively in the industrial processes, often supplanting the other typologies of marking systems . Within the laser technology, the most modern and innovative technique, Automator has by now consolidated its know-how and is projected in proposing new and effective solutions. The laser technology shows in fact the highest levels of reliability and is, at the same time, in constant and fast evolution. The advantages in the use of the laser are many and go from the quality of marking, to the maintenance of the system , from the absence of contact to the rapidity and the flexibility of the operation. Automator offers are distinguished on the market both for its huge range of standard systems and for their quality , matching the specific requirements of the customers . Automator gives a constant after-sale service, a careful assistance and a continuous modernization of the machine and its components. |
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| Laser source: a comparison of technical characteristics |
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| LASER SOURCE >>> DIODO YAG >>> 30W - 50W - 100W |
| Model |
Nd:YAG |
| Wavelength |
1,064 μm |
| Frequency |
From 1 kHz to 100 kHz |
| Optical Power (medium) on the piece |
30W - 50W - 100W |
| Electric Power , absorbed by the laser source |
<0,5 kW (for 30W) - <0,7 kW (for 50W) - <1 kW (for 100W) |
| Red diode for preview |
Wavelength 0,640 μm, power 3mW |
| Laser source dimensions |
1380x160x220 mm |
| Laser source weight |
25 Kg |
| Chiller |
Distillated Water (Water/ close circuit – integrated into the machine) |
| Consumption of energy of the machine |
< 3,5 kW |
| Marking area |
60x60 mm
110x110 mm (standard)
155x155 mm |
| Special scan head |
Marking area from 100x100 mm to 1500x1500 mm |
| Typical dimension of the beam on the piece |
About 80 μm (with standard lens) |
| LASER SOURCE>>> DIODO COMPACT >>> 30W - 50W - 100W |
| Model |
Nd:YAG |
| Wavelength |
1,064 μm |
| Frequency |
From 1 kHz to 100 kHz |
| Optical Power (medium) on the piece |
30W - 50W - 100W |
| Electric Power , absorbed by the laser source |
<0,5 kW (per il 30W) - <0,7 kW (per il 50W) - <1 kW (per il 100W) |
| Red diode for preview |
Wavelength 0,640 μm, power 3mW |
| Laser source dimensions |
500x150x300 mm |
| Laser source weight |
<22 Kg |
| Chiller |
Distillated Water (Water/ close circuit – integrated into the machine) |
| Consumption of energy of the machine |
< 3,5 kW |
| Marking area |
60x60 mm
110x110 mm (standard)
155x155 mm |
| Special scan head |
Marking area from 100x100 mm to 1500x1500 mm |
| Typical dimension of the beam on the piece |
about 80 μm (with standard lens) |
| LASER SOURCE>>> FIBRA YVO4 >>> 5W - 10W - 20W |
| Model |
Nd:YVO4 |
| Wavelength |
1,064 μm |
| Frequency |
From 12 kHz to 100 kHz |
| Optical Power (medium) on the piece |
5W - 10W - 20W |
| Electric Power , absorbed by the laser source |
<250W |
| Red diode for preview |
Wavelength 0,640 μm, power 3mW |
| Laser source dimensions |
515x165x220 mm |
| Laser source weight |
<12 Kg |
| Chiller |
Air/Air |
| Consumption of energy of the machine |
< 1,5 kW |
| Marking area |
60x60 mm
110x110 mm (standard)
155x155 mm |
| Special scan head |
Marking area from 100x100 mm to 1500x1500 mm |
| Typical dimension of the beam on the piece |
About 60 μm (with standard lens) |
| LASER SOURCE>>> CO2 >>> 10W - 25W - 50W - 100W |
| Model |
Nd:CO2 |
| Wavelength |
10,06 μm |
| Frequency |
From 200 kHz to 50 kHz |
| Optical Power (medium) on the piece |
10W - 25W - 50W - 100W |
| Electric Power , absorbed by the laser source |
from 0,5 kW (per il 10W) to 2 kW (for 100W) |
| Red diode for preview |
Wavelength 0,640 μm, power 2mW |
| Laser source dimensions |
1380x160x220 mm |
| Laser source weight |
da 15 Kg a 40 Kg |
| Chiller |
Air/Air |
| Consumption of energy of the machine |
from 3 kW to 4,5 kW |
| Marking area |
70x70 mm
140x140 mm (standard)
210x210 mm |
| Special scan head |
Marking area from 100x100 mm to 1500x1500 mm |
| Typical dimension of the beam on the piece |
About 250 μm (with standard lens) |
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