Air-Conditioning-Cooled Laser Cleaning Machine for Grease Removal, Paint Stripping and Automated Surface Treatment
The Air-Conditioning-Cooled Laser Cleaning Machine is an advanced industrial laser cleaning solution designed for grease removal, paint stripping, coating removal, surface texture modification, metal surface preparation, and automated cleaning applications. Featuring air-conditioning-cooled design, universal wheels, adaptive parameter adjustment, and multiple safety detection functions, this machine delivers stable cleaning performance, convenient mobility, low maintenance costs, and strong automation compatibility.
The integrated air-conditioning cooling system enhances heat dissipation efficiency by maintaining electrical control components and laser sources in an optimal, stable temperature environment. This temperature stability extends laser service life, improves laser output consistency, and supports extended industrial cleaning operations.
This versatile machine not only removes grease, paint, and coatings but also modifies surface texture—such as increasing roughness to improve adhesion before spraying, coating, bonding, or other surface treatment processes—making it ideal for both cleaning and surface preparation in industrial production.
- Air-conditioning-cooled design for stable industrial cleaning performance
- Suitable for grease removal, paint stripping, coating removal, and surface preparation
- Enhanced heat dissipation efficiency through air-conditioning cooling
- Maintains stable temperature for electrical components and laser source
- Supports consistent laser output and extended service life
- Modifies surface texture and increases roughness to enhance adhesion
- Enables precise position and size cleaning
- Compatible with robotic arms for automated laser cleaning
- Universal wheels for easy mobility and positioning
- Simple knob and button control panel for quick operation
- Adaptive parameter adjustment reduces cleaning failures
- Built-in gas, optical, laser, and air pressure detection systems
- Automatic laser stop function for operator and equipment protection
- Low maintenance costs and ideal for factory automation
- Grease removal
- Paint stripping
- Coating removal
- Metal surface cleaning
- Surface texture modification
- Surface roughening
- Pre-coating surface preparation
- Automated laser cleaning
- Robotic arm cleaning systems
- Industrial equipment maintenance
- Machinery manufacturing
- Automotive parts cleaning
- Steel structure cleaning
- Factory production line surface treatment
| Parameter | QYCL-FP100 | QYCL-FP200 | QYCL-FP300 |
|---|---|---|---|
| Laser power (W) | 120-130 | 200-210 | 300-320 |
| Single pulse energy (mJ) | 1.8 | ||
| Rated power (kW) | 1.3 | 1.8 | 2.2 |
| Rated current (A) | 6 | 8 | 10 |
| Power adjustment range (%) | 10-100 | ||
| Scanning width (mm) | 100×100 | ||
| Focal distance (mm) | 100/160/254/330 | ||
| Cooling method | Air conditioning cooled | ||
| Working model | Pulse | ||
| Center wavelength (nm) | 1060-1070 | ||
| Output fiber type | QCS/Isolator | ||
| Fiber cable length (m) | 5 (optional 10) | ||
| Type of laser source | Pulsed fiber laser | ||
| Laser head weight (kg) | 1 | ||
| Weight of machine (kg) | 55 | 71 | 71 |
| Dimension of machine (mm) | 520×347×707 | ||
The machine is primarily used for grease removal, paint stripping, coating removal, surface contamination cleaning, surface texture modification, and metal surface preparation before spraying, coating, bonding, or repair processes.
The air-conditioning cooling system improves heat dissipation efficiency and maintains electrical control components and laser sources in a stable temperature environment, enhancing laser output stability and extending service life.
Yes. The machine supports precise position and size cleaning and can be integrated with robotic arms for automated laser cleaning applications.
The machine adaptively adjusts scanning speed, laser power, scanning width, repetition frequency, and scanning mode according to different cleaning requirements.
Yes. Beyond removing grease, paint, and coatings, the machine can modify surface texture—including increasing roughness to improve adhesion before coating, painting, spraying, or bonding.
Yes. It includes gas detection, optical detection, laser detection, and air pressure detection systems. If abnormal conditions occur, the laser automatically stops to protect operators and equipment.
Yes. We support customization of laser power, cooling configuration, control systems, robotic arm interfaces, cleaning heads, safety protection systems, communication protocols, and other specifications based on customer cleaning and automation needs.
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