Laser Cleaning Machines

SXM Series Laser Cleaning Machines

Our laser cleaning machines are mainly used for cleaning various metal surfaces with localized rust, paint, coatings, oil stains, oxide films, and other pollutants. It can also be used for cleaning the surfaces of non-metallic substrates such as ceramics, glass, and composite materials. Typical applications include cleaning of natural oxide film on aluminum alloy before welding, cleaning of black and gray oxide on battery trays after welding, cleaning of welds on train bogies before non-destructive testing, cleaning of automotive sheet metal parts before refurbishment, and cleaning of parts of steel components such as small holes and grooves that cannot be reached by wire brushes. 

Product Advantages: 

1. Hand-held Pulsed Laser Cleaning Machines 

Product Specifications: 

Cleaned Samples: 

2. Hand-held CW Laser Cleaning Machines 

The high-power CW laser cleaning machines are mainly used in such as rust removal of steel structures, rust removal of steel plates, rust removal of ships, paint removal of steel structures, paint removal of ships and components, oil removal, etc. Suitable for the refurbishment of marine vessel components, rail transit components, steel structure rust removal, steel structure refurbishment, etc. 

STX Series Laser Cleaning Machines

Our laser cleaning machine is a new generation product that is used for the purpose of material surface cleaning applications. It can be easily set up, operated and automated to remove surface dirt layers, which can be rust, grease, paint, primer, etc. Precise cleaning of specific areas and selective cleaning of selective dirt layers can be achieved by optimising beam parameters. Minimal consumables are required for the cleaning process – only electricity to power the equipment and water for the chiller – meaning the process is environmentally friendly and low in operating costs.

Principle:

• Use of a high-power-density laser beam. When the laser beam contacts a surface, light/heat is absorbed by the surface.

• Upon hitting the ablation threshold, molecular bonds in the surface are broken and ejected from the substrate (“vaporized”)

• The dirt layer usually has a lower ablation threshold than the substrate material. As such, it will vaporize earlier, with little damage caused to the substrate layer.

Advantages:

• Non-contact cleaning, little damage to the base substrate layer.

• Precise cleaning: Able to clean specific areas using pre-defined beam parameters.

• Selective cleaning: Able to remove different dirt layers individually based on the ablation threshold.

• High cleaning efficiency.

• Stable and compact design, with minimal maintenance efforts.

• Easy to operate by operator or integrated with a robotic arm for automated cleaning.

• No need to  use chemicals, dry ice or other cleaning mediums. Few consumables, safe and environmentally friendly.

 Sample Applications:

1. STX 100~500W Pulsed Fiber Laser Cleaning Machine

2. STX 1500W~3000W Continuous-wave Fiber Laser Cleaning Machine