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TOPTEK Handheld Laser Cleaning Machine - China Suppliers & Factory for Efficient Metal Surface Cleaning
Product Introduction
Fiber laser cleaning machine is an advanced cleaning technology which is a perfect replacement of traditional cleaning.
Laser cleaning process is to melt and remove the surface layer by a very high-energy laser heat. The single module optical fiber laser source provides consistent and stable power and high quality of laser beam. The laser power can be adjusted according to actual production needs. This solution guarantees unparalleled application flexibility and high reliability. After years development, the fiber laser cleaning technology has been widely used with features: More cost-saving, easy operation, without post-polishing, environmental and operation safety guaranteed.
Advantage
- No need experienced worker, greenhand can operate it.
- Humanized operation screen.
- Harmless to workpiece.
- No need post-process (grinding etc.)
- No consumables, energy saving, environmental protection and noise-free.
- 5–10 times faster than other cleaning.
Application
Laser cleaning is widely used in metal processing industries — Laser rust removal; Laser cleaning oxide layer; Laser Paint Stripping; Laser cleaning welds; Laser cleaning oil; Laser cleaning tire mold. It's currently the best and most durable cleaning solution in stainless steel, carbon steel, galvanized sheet, aluminum, copper, alloy and other metal materials, specially irregular part cleaning and no-damage cleaning.
Main Specifications and Features
| Items | LC-2000 | LC-3000 |
|---|---|---|
| Laser Power (W) | 2000 | 3000 |
| Model | LC-2000 | LC-3000 |
| Laser Type / Wavelength (nm) | Fiber laser / 1064 | |
| Laser Frequency (KHz) | 10000 ~ 50000 | |
| Duty Cycle (%) Scan Speed | 1 ~ 100 | |
| Cooling Way | Water cooled (18 ~ 25°C) | |
| Cooling Water | Deionized water / purified water | |
| Temperature of Water (℃) | 18 ~ 23 | |
| Total Consumption (W) | 7300 | 9800 |
| Depth of Focus (mm) | 5 | |
| Length of Fiber Cable (m) | 10 (Or customized) | |
| Scanning Width (mm) | 0 ~ 300 | |
| Auxiliary Gas | Compressed air / nitrogen (Requires oil and water filtration) | |
| Gas Pressure (MPa) | 0.15 – 0.35 | |
| Working Environment Temperature (℃) | 5 ~ 40 | |
| Weight of Scanning Head (kg) | 0.76 (not included fiber output connector) | |
Product Applications
Frequently Asked Questions (FAQ)
Q What materials can the fiber laser cleaning machine clean?
The fiber laser cleaning machine is suitable for a wide range of metal materials, including stainless steel, carbon steel, galvanized sheet, aluminum, copper, and various alloys. It effectively removes rust, oxide layers, paint, oil, and weld residues.
Q Does the laser cleaning machine damage the workpiece surface?
No. The fiber laser cleaning process is non-contact and non-abrasive. It selectively removes contaminants from the surface without damaging the base material, making it ideal for precision and irregular parts that require no-damage cleaning.
Q Is it necessary to have an experienced operator to use this machine?
No prior experience is required. The machine features a humanized operation screen that makes it easy for beginners to operate. Even a greenhand can quickly learn to use it with minimal training.
Q What are the available laser power options and their power consumption?
Two models are available: the LC-2000 with 2000W laser power (total consumption: 7300W) and the LC-3000 with 3000W laser power (total consumption: 9800W). Both use a fiber laser at 1064nm wavelength.
Q What cooling system does the machine use, and what type of water is required?
The machine uses a water-cooling system operating at 18–25°C. It requires deionized water or purified water to ensure optimal cooling performance and protect the internal components from mineral buildup.
Q Are there any consumables required during the laser cleaning process?
No consumables are needed for the laser cleaning process itself. It is energy-saving, environmentally friendly, and noise-free, offering a significantly lower long-term operating cost compared to traditional cleaning methods. It is also 5–10 times faster than conventional cleaning solutions.