500W 850W 1000W High Power Laser Rust Removal Machine Strong Power Cleaning Machine Laser Power
Technical parameter
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 | L1140 x W 896 x H1280mm | 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 |
Product Application:
1. Mold cleaning
2. Cleaning of weaponry
3. Cleaning of old aircraft paint
4. Cleaning of external walls of buildings
5. Cleaning in the electronics industry
6. Precise de-ester cleaning in precision instrument industry
7. Pipeline cleaning in nuclear power plant reactor
8. Cultural relics cleaning and protection
Machine Features
1. Low cost; |
2. No need to sand grit or chemical; |
3. Low noise; |
4. There are no maintenance requirements. |
5. Accurate cleaning and paint removal effects; |
6. Fast investment recovery; |
7. The equipment does not need to be set up; |
8. Clean or remove the surface paint layer quickly and cleanly; |
3. no damage to the substrate; |
The laser cleaning system in Europe has long been used in the aviation industry. The surface of the aircraft must be repainted after a certain period of time, but the original old paint needs to be completely removed before painting. The traditional mechanical paint removal method is easy to damage the metal surface of the aircraft and bring hidden dangers to safe flight. If multiple laser cleaning devices are used, the paint layer on the surface of an A320 Airbus can be completely removed within two days without damaging the metal surface.
After-sales Service
1. 12 languages 24 hours Quick Feedback;
2. "Training Video", "Instruction Book", and "Operation Manual" will be offered;
3. Brochures for simple trouble-shootings of the machine is available;
4. Plenty of technical support online is available;
5. Quick Back-up Parts Available & Technical Assistance;
6. Free training service is available.