Pulse Laser Cleaning Machine
- Our advanced pulse laser cleaning machine is a lightweight, easy-to-use laser paint and rust removal tool designed for industrial applications.
- The pulse laser cleaner delivers satisfactory laser cleaning services—all while ensuring the laser cleaning process is smooth—enabling versatile and precise cleaning in various environments without leaving chemical residues or damaging base materials.
How does a Pulse Laser Cleaning Machine work?
Pulse Laser Cleaning Machines are engineered to leverage the intense energy of lasers, making them highly effective as laser cleaners for metal, including laser steel cleaning tasks.
These machines target impurities like dirt, coatings, rust, and oxides, evaporating or pulverizing them to leave surfaces spotless.
Whether you choose a portable laser rust remover for on-site jobs or an automotive laser cleaner for vehicle upkeep, the principle stays the same, ensuring broad application across various cleaning needs.
Pulse Laser Cleaning Machine Parameters
| Specification | GY-FLC200M | GY-FLC300M | GY-FLC500M |
| Supply voltage | Single phase220V±10%、50/60Hz AC | Single phase220V±10%、50/60Hz AC | Single phase220V±10%、50/60Hz AC |
| Power consumption | ≤1500W | ≤2000W | ≤4000W |
| Working environment temperature | 5℃～40℃ | 5℃～40℃ | 0℃～40℃ |
| Working environment humidity | ≤80% | ≤80% | ≤80% |
| Average laser power | ≥200W | ≥300W | ≥500W |
| Power instability | ＜5% | ＜5% | ＜5% |
| Laser Working Mode | Pulse | Pulse | Pulse |
| Pulse width | 20-500ns | 20-500ns | 30-500ns |
| Maximum monopulse energy | 5mJ | 5mJ-15mJ | 15mJ-50mJ |
| Power regulation range（%） | 0-100( Gradient Adjustable) | 0-100( Gradient Adjustable) | 10-100( Gradient Adjustable) |
| Repeat frequency（kHz） | 1-2000（Gradient Adjustable） | 1-4000（Gradient Adjustable） | 1-4000（Gradient Adjustable） |
| Fiber length | 5m | 5m | 10m |
| Cooling mode | Air cooling | Air cooling | Water cooling |
Pulse Laser Cleaning Machine Features
Non-destructive Cleaning
The non-contact cleaning method avoids mechanical contact damage, and the characteristics of pulsed lasers reduce the thermal impact on the substrate, which is suitable for cleaning high-precision components and fragile materials (such as electronic components and aerospace precision parts).
Portability and Handling
The pulse laser rust remover is lightweight and compact, can be operated with either battery or AC power for easy transportation. The lightweight handheld head reduces fatigue and allows for simple operation.
Precise Control
The laser parameters (such as power, pulse width, etc.) can be flexibly adjusted to perform customized cleaning for different pollutants and materials to meet high cleanliness requirements (such as semiconductor manufacturing and cultural relics restoration).
Key Advantages of Pulse laser cleaner
More About Pulse Fiber Laser Cleaning Machine
- Cleaning Effect Gallery
- Video
- Why Choose Pulse Laser Cleaning?
| Feature | Pulse Laser Cleaning (Precision) | Continuous Laser (High Power) |
| Heat Input | Ultra-Low (No thermal deformation) | High (Potential for warping) |
| Substrate Safety | Safe for high-precision molds/valves | Risk of damaging base metal |
| Cleaning Precision | Micron-level control | General removal |
| Best For | Weld Cleaning, Molds, aircraft parts, vintage restoration | laser rust/paint removal on thick workpieces |
| Weight of Gun | Ultra-light (Under 1kg) | Usually heavier |
Our Products
Pulse Laser Cleaning Machine Series User Manual
Grand Laser's Pulse Laser Cleaning Related Videos
Why Choose Grand Laser's Laser Equipments？
Grant Laser has an experienced R&D team with more than ten years of experience in the R&D and application of laser welding equipment, and owns a number of patents and copyrights.
We can also be seen in major exhibitions, committed to providing customers with better services and products.
Pulse Laser Cleaning Applications
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It uses the instantaneous energy of high-frequency pulsed lasers to vaporize or peel off the stains by heat. It is a non-contact cleaning method with little thermal impact on the substrate.
Metals (steel/aluminum/copper, etc.), glass, ceramics, plastics, composite materials, with a wide range of applications.
It can remove oil stains, rust, coatings, oxide layers, etc. with micron-level accuracy without damaging the surface of the substrate.
It can be started with one button, with adjustable parameters, no chemical reagents required, and can be used after simple training. It supports automated integration.