TOVONN Industrial Laser Cleaning Machines: Eco-Friendly Surface Treatment Solutions
TOVONN offers advanced laser cleaning machines in handheld and suitcase-style models with 200W-300W power. Our eco-friendly laser cleaning technology removes contaminants without damaging substrates, perfect for die casting and industrial applications. Experience superior surface treatment with our fiber laser technology.
Laser cleaning machines are available in handheld and suitcase-style models.
Fiber laser offers higher efficiency and does not damage the substrate.
The fully enclosed external optical path system, combined with a special mode laser, focuses high-energy pulsed laser onto the surface of the cleaning object. Through principles such as plasma explosion, high-energy pulse-induced vaporization, and complex photochemical reactions, the cleaning is achieved. The effective displacement of the laser beam is controlled to carry out the cleaning process. The entire procedure is controlled by the controller according to a preset program.
Advantages and Disadvantages of Traditional Industrial Cleaning:
- Mechanical Friction Cleaning Method: High cleanliness, but prone to damaging the substrate.
- Chemical Corrosion Cleaning Method: Stress-free cleaning, but causes significant pollution.
- Liquid-Solid Jet Cleaning Method: More flexible, but higher cost; waste liquid treatment is more complex.
- High-Frequency Ultrasonic Cleaning Method: Cleaning size is limited, and the workpiece tends to be relatively dry after cleaning.
If you are interested in laser cleaning, please contact Tovonn Technology.
Product Advantages
Laser Cleaning — A New Technology, Green and Environmentally Friendly. The long-focus laser cleaner offers a high tolerance range for the surface flatness and processing height of workpieces. It can be used not only in stable industrial environments but also for precision cleaning in complex outdoor scenarios. By adopting a special mode laser, it ensures a high tolerance range in unstable environments while effectively removing dirt without damaging the substrate material.
Laser Cleaning Machine Specifications
| Laser Wavelength | 1064nm |
|---|---|
| Laser Power | 200W~300W |
| Output Power Stability | <3% |
| Frequency | 1KHz-4000KHz |
| Scanning Width | 1~200 dual-axis adjustable |
| Optimal Operating Environment | Temperature: 0°C-40°C Humidity: 20%-80% |
| Power Supply | AC110V-60Hz |
| Output Fiber Length | 5M |
| Dimensions | Suitcase-style: approx. 620*470*300mm Standard model: approx. 650*350*750mm |
| Weight | Suitcase-style: approx. 35kg Standard model: approx. 50kg |
| Continuous Operating Time | 24 hours |
| Cooling Method | Air Cooling |
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Robotic arm automation system integration.
Why Are Industry Leaders Switching from Chemical and Abrasive Cleaning to Laser Technology?
The answer lies in substrate protection and process control. TOVONN's laser cleaning technology selectively removes contaminants while preserving the base material's integrity - something impossible with traditional methods. With adjustable parameters including power, frequency, and scanning width, you can precisely control cleaning depth and intensity for different applications. Our customers in aerospace, automotive, and precision manufacturing have eliminated chemical handling costs while achieving superior surface preparation quality.
What sets our laser cleaning technology apart is its environmentally friendly operation, requiring no chemicals or abrasives while producing minimal waste. With adjustable scanning widths from 1-200mm and frequencies of 1KHz-4000KHz, TOVONN's laser cleaning machines offer unparalleled versatility for various industrial applications, particularly in die casting and metal fabrication industries. The long-focus design provides excellent tolerance for uneven surfaces, making it suitable for both controlled factory environments and challenging outdoor cleaning scenarios. Backed by TOVONN's 40+ years of experience in casting and automation, our laser cleaning solutions deliver consistent quality, reduced operational costs, and enhanced production efficiency.