Laser Cleaners

Simply put, it can handle pretty much any task related to metal surface treatment. The most common applications include:

• Rust removal: Rust spots on metals such as steel, iron, and aluminum are removed with a single sweep.

• Oil and grease removal: Grease, carbon deposits, and oxide layers on metal surfaces can all be cleaned away.

• Paint and coating removal: Old paint, electroplated layers, and rubber coatings can all be stripped off.

• Pre- and post-weld treatment: A quick sweep before welding removes oxide layers for a stronger weld; a sweep after welding easily removes weld slag and discolored layers.

• Artifact restoration: Museums also use it to clean corrosion and grime from metal artifacts without damaging the artifacts themselves.

In short, if a metal surface needs refinishing, a fiber laser cleaning machine can do the job.

With precise adjustment of power and frequency, fiber laser cleaning can effectively remove contaminants while protecting the substrate. It is particularly suitable for metal surfaces and generally causes no mechanical damage, nor does it produce a heat-affected zone (HAZ).

The power of a fiber laser cleaning machine determines its cleaning capability:

• Low power (50W–100W): Suitable for light stains or cleaning delicate surfaces.

• Medium power (200W–500W): Ideal for removing moderate rust or coatings.

• High power (1000W and above): Designed for removing thicker coatings or severe rust.

The appropriate power should be selected based on the specific application and material characteristics.

Pulsed laser cleaning machine:
Suitable for cleaning sensitive or high-value materials, such as precision molds, thin-walled parts, electronic components, or applications requiring layered removal of coatings. Commonly used in industries such as aerospace, electronics, and artifact restoration.

Continuous-wave laser cleaning machine:
Better suited for heavy-duty industrial cleaning tasks, such as ship hull rust removal, large pipelines, steel structures, and thick coating stripping, where higher efficiency is prioritized. Widely used in manufacturing, shipbuilding, and large-scale metal processing fields.

The core component of a fiber laser cleaning machine is the fiber laser itself, which typically has a service life of over 100,000 hours. With proper maintenance, it can achieve long-term, reliable operation.

Maintenance of a fiber laser cleaning machine is relatively simple and mainly includes the following:

• Regularly cleaning the optical lenses.

• Inspecting and maintaining the cooling system.

• Keeping the working environment of the fiber laser clean and stable.

• Periodically checking fiber optic cables and connectors for damage.

• Regularly backing up software and control system configuration files.

Fiber laser cleaning is an environmentally friendly technology that does not produce chemical pollution. However, operators must wear protective eyewear to avoid direct eye exposure to the laser, and ensure adequate ventilation to reduce the risk of inhaling particulates or fumes.