Non-destructive Laser Cleaning Machine : Silk Series
The laser non-destructive cleaning machine adopts a new generation control system and trajectory algorithm independently developed by Lasermach . It can be used for non-destructive cleaning and removal of various metal substrates, such as stainless steel, mold steel, aluminum alloy, titanium alloy, and other surfaces.
The unique design makes the laser cleaning effect remain uniform under hand-held conditions. Contaminants are effectively removed, and the metal substrate appears white and bright. Even if the same position is cleaned multiple times, there is still no damage, and the metal color is as new. Especially suitable for silicone rubber product mold cleaning and stainless steel weld cleaning.
The non-destructive TRIDENT series laser cleaning machine can be used to remove rust, paint, and oil stains from metal and some non-metal surfaces, as well as to clean black ash, carbon deposits, and oil stains from parts after welding.
More importantly, it is effective for mold cleaning, aluminum alloy oxide film cleaning, and inspection of cleaning depth using a laser focusing lens after multiple cleanings. Test results indicate that the non-destructive cleaning machine achieves a very shallow cleaning depth of approximately 1µm, and even after 50 cleanings, it causes almost no damage to the substrate.
Product Overview
The Trident Series fiber lasers cleaning Machines are equipped with high-performance MOPA (Master Oscillator Power Amplifier) lasers designed for advanced industrial processing. By using a directly modulated semiconductor laser as the seed source, this Lasersource series achieves exceptional beam quality, precise pulse shaping, and independent control of pulse frequency and pulse width—ensuring highly stable, adjustable high peak power output.
Compared with traditional Q-switched fiber lasers, the MOPA architecture offers significant advantages in flexibility, processing quality, and output power. This makes the TRIDENT models ideal for high-speed marking, deep surface cleaning, thin metal cutting, and industrial-grade surface treatment.
Available Power Models:
120 Watt - Designed for super portability and flexibility
220 Watt - Designed for entry lightweight cleaning applications
320 watt - Designed for stable continous portable cleaning
540 Watt – Designed for large-scale efficient industrial cleaning
1080 Watt – Built for heavy-duty industrial cleaning use with faster processing speeds, deeper penetration, and large-area applications. (Soon available)
Key Features of our new MOPA Fiber Laser Source
Independent Control of Pulse Frequency & Pulse Width – Allows precise tuning for different materials and applications.
High and Stable Peak Power Output – Ensures consistent performance even during high-speed or high-load processing.
Advanced MOPA Technology – Outperforms by far traditional Q-switched lasers in beam quality, flexibility and efficient results.
Pulse on Demand (POD) Mode – Enables real-time, trigger-based laser activation for dynamic production environments.
Ideal for High-Throughput Industrial Cleaning Applications – Combines power, precision, and control in one robust system.