500W High Power Laser Mould Cleaning Machine Laser Glass Mould
Cleaner Tire Mould
| L/N | Characteristics | Test Condition | Min | Typical | Max | Unit |
| 1 | Power Voltage | 220 | 210 | 220 | 230 | V/AC |
| 2 | Maximum current | Pout = Ponm | | | ≈25 | A |
| 3 | Maximum Power | Pout = Ponm, T=20℃ | | | ≈6.5 | Kw |
| 4 | Working temperature | | 0 | | +40 | ℃ |
| 5 | Storage temperature | | -10 | | +60 | ℃ |
| 6 | Cooling method | Water cooling |
| 7 | Scan Width | 1-160 | mm |
| 8 | Peak power | 200Kw |
| 9 | Humidity | | 10 | | 95 | % |
| 10 | Laser machine size | L1100 x W 840 x H1150mm | mm |
| 11 | Weight | 250 | Kg |
| 1 | Working Mode | Pulse |
| 2 | Polarization states | Random |
| 3 | Beam parameter product | Pout = Ponm | | 7.7 | | mm*mrad |
| 4 | Central wavelength | Pout = Ponm | 1060 | 1064 | 1070 | nm |
| 5 | Spectral width (3dB) | Pout = Ponm | | 8 | 15 | nm |
| 6 | Average power (Pnom) | | 500 | | | W |
| 7 | Power adjust range | | 10 | | 100 | % |
| 8 | Maximum monopulse energy | 350ns/16KHz | | | 30 | mJ |
| 9 | Pulse duration adjust range | | 200 | | 350 | ns |
| 10 | Laser beam pulse width (FWHM) | 350ns/16KHz | | | 95 | ns |
| 11 | Pulse repetition frequency | 250-350ns | 1 | | 200 | KHz |
| 200-220ns | 1 | | 400 |
| 12 | Output power instability | Pout = Ponm | | | 5 | % |
| 13 | Output beam divergence angle | | | | 70 | mrad |
| 14 | Output beam ellipticity | | 90 | | | % |
| 15 | Fiber cable length | | | 7 | | m |
| 16 | Output fiber type | 220/600 QBH | |
| 17 | Output fiber core diameter | 220 | um |
Why does metal need to be laser cleaned?
There can be many reasons that this process needs to be used on
metals, and you’ll find it being used in everything from the
aerospace to the food manufacturing industry. It’s used for
applications such as:
• Cleaning baking trays
• Preparing metals for welding treatment
• Removing paint from a selected area
• Removing traffic film and dirt from planes, buses, etc.
Benefits of using fiber lasers on metals
A fiber laser will offer you a great deal of control, and so the
ablation depth that you wish to reach can be achieved with a high
degree of accuracy. Given this high degree of accuracy, fiber
lasers are the perfect process for working with micro applications,
which has become more and more of a necessity in the modern climate
of parts and pieces getting ever smaller.
It is also non-contact, and therefore non-abrasive, process, and so
no unnecessary or unwanted damage will be caused to your metal.
This is something that more traditional cleaning methods, such as
media blasting, have struggled with. Finally, fiber lasers are
highly efficient, enjoying much longer operational lives than other
cleaning methods, and even other laser methods. And, with no
maintenance times thanks to our ‘Fit & Forget’ technology, you are
left with an efficient and cost-effective metal cleaning solution.
A demonstration of the laser cleaning of metal
If you would like to see the laser cleaning of metal using a fiber
laser in action, then please refer to the two videos below, taken
from our YouTube channel:
These will both give you a great visual demonstration of just how
effective the laser cleaning process can be, especially when it is
completed using a fiber laser.
