| Customization: | Available |
|---|---|
| After-sales Service: | Online Services |
| Power: | 100w |
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The 100W mini pulse laser cleaning machine is a precision cleaning device based on advanced pulse laser technology, designed for efficient cleaning needs in the industrial field. Through the instantaneous action of high-energy laser pulses on the surface of objects, pollutants such as rust, oil, coatings, and oxide layers can be removed without contact, without damaging the substrate. Its compact body design, intelligent operation interface and powerful cleaning ability are suitable for a variety of scenarios such as precision parts, molds, cultural relics restoration, and electronic components. It is an ideal alternative to traditional chemical cleaning and sandblasting cleaning.
| Laser power | 100W | Cooling system | Air cooling |
| Laser source brand | Max brand (Customized) | Type of laser beam | Gaussian laser beam |
| Operation Mode | Pulse | Emission Wavelength | 1064±5 mm |
| Pulse length | 2~500ns | Pulse turn-on time 10%~90%(us) |
300 us |
| Single Pulse Energy | 1 mJ | Pulse turn-off time Pout=Pnom 10%~90%(us) |
200 us |
| Repetition Frequency | 1-4000 kHz | Delivery Cable Length | 3m |
| Laser protection class | Class 4 | Laser beam quality | ≤1.6 M² |
| Multimodal scan | Line,Circular ,Spiral Rectangle, Line filled, Circular |
Machine power consumption | 600W |
| Power Supply | AC220V±10%,50/60Hz Single phase |
Scan laser head weight | 0.4kg |
| Machine size | 360*380*152mm | Package Size | 460*480*252mm |
| Machine weight | 11kg | Package weight | 20kg |
| Clean Materials | Substrate | Clean Efficiency | Actual Cleaning Effect |
| oxide material | Aluminum alloy | 0.5-2m2/h(F=160) | Completely remove the oxide film, revealing a certain metal brightness |
| Oxides (weld surface) | Carbon steel | 0.5-1.5m2/h(F=160) | Very clean oxide removal on the weld surface |
| oxide material | Titanium alloy | 0.5-2m2/h(F=254) | Completely remove the oxide film, revealing a certain metal brightness |
| oxide material | Superalloy | 0.5-2m2/h(F=254) | Completely remove the oxide film, revealing a certain metal brightness |
| high temperature oxidation material | Carbon steel | - | - |
| Oil stains: thin | Surface of metal | 0.5-2m2/h | Thoroughly remove oil stains |
| Rust: floating rust | Carbon steel | 1-3m2/h | Thoroughly remove the rust layer |
| Rust: some pitting | Carbon steel | 1-3m2/h | Thoroughly remove the rust layer |
| Rust some pitting | Carbon steel | 0.5-1.5m2/h | Thoroughly remove the rust layer |
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