3000w Laser Cleaning Machine

                                                                                                           What is 3000W laser cleaning machine?

This industrial-grade laser cleaning system is equipped with a high-power continuous-wave (CW) laser source rated at 3000 watts (3 kW). It is designed for high-speed, large-area ablation of stubborn surface contaminants. Unlike pulsed lasers, the continuous output provides constant energy delivery, making it exceptionally effective for stripping thick layers of paint, heavy rust, and various coatings from metal substrates such as steel plates, ship hulls, and structural components. It offers a clean, non-abrasive, and consumable-free cleaning solution, significantly enhancing productivity in industrial maintenance and manufacturing processes.

                                                                                                                In what areas is it applied?

1.Heavy-duty derusting of large structures (ships, bridges, tanks).

 2.High-speed paint stripping and coating removal.

3.Surface preparation for welding and bonding.

4.Mold cleaning and maintenance.

                                                                                                              what is the characterstics?

Versatile Material Compatibility: The system is engineered to adapt to a wide range of metal materials, including carbon steel, stainless steel, high-strength steel, aluminum, copper, and various alloy materials, providing broad application flexibility.

Dual-Mode Welding Capability: The laser can operate in both continuous and pulsed emission modes, supporting not only heat conduction welding but also continuous deep penetration welding. This enables multiple welding techniques such as spot welding, butt welding, stitch welding, seal welding, and seam welding, as well as cleaning and cutting operations.

Advanced Fiber Laser Source: Equipped with a continuous-wave fiber laser that ensures superior beam quality and requires minimal maintenance. The system boasts a photoelectric conversion efficiency exceeding 25%, and the pump source has an extended service life of over 100,000 hours.

High Processing Speed: Designed for efficient operation, it delivers significantly faster processing speeds compared to conventional methods.

Minimal Thermal Impact: The process results in very low thermal deformation and a narrow heat-affected zone, making it particularly suitable for processing high melting-point materials, high-hardness metals, and other specialty materials.

Complex and Precision Processing Capability: It is capable of machining components with intricate geometries and small-sized parts, and can also be operated under vacuum conditions for specialized applications.

Seamless Automation Integration: The system can be easily integrated with robotic arms and other automated mechanisms, enabling fully automated and highly precise processing workflows.

Enhanced Welding with Filler Material: Supports filler wire welding, and through advanced processing methodologies, it allows for the improvement and optimization of existing product structures and material properties.

How a 3000W Laser Cleaning Machine Works?

Laser Generation: Inside the machine, a high-power fiber laser (typically 1064nm wavelength) generates a continuous or pulsed laser beam. The "3000W" denotes its high output power, which translates to greater cleaning strength and efficiency for large-scale or tough cleaning applications.

Beam Delivery and Focusing: The generated laser beam is transmitted through a flexible optical fiber to the cleaning handpiece or scanner. There, a set of lenses focuses the beam onto a very small spot on the workpiece surface, creating an extremely high energy density.

Interaction with the Surface:

Contaminants (such as rust, paint, oil, oxides) typically have a much higher absorption rate for the laser's wavelength than the underlying base material (e.g., metal).

When the intense laser light hits the surface, the contaminant layer rapidly absorbs the energy and heats up.

Ablation/Vaporization: The temperature of the contaminant rises so quickly that it vaporizes or undergoes thermal decomposition almost instantaneously.

Shock Wave Effect (for pulsed lasers): The rapid thermal expansion caused by short, powerful pulses generates shock waves or vibrations that mechanically break the bond between the contaminant and the substrate, causing it to be blasted off.

Contaminant Removal: The vaporized particles and debris are immediately extracted by an integrated dust collection system (vacuum unit) attached to the handpiece. This ensures a clean and safe working environment by capturing all residues.

Technical Data 1.

What configurations are there?

Control System

SUP 22C laser head

Processed samples-Cleaning

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