Services
Restorations
IICRC certified technicians for water and fire restoration services.
Laser Cleaning Services
Our laser cleaning system offers a non-destructive method to remove soot, rust, paint, and other such surface contaminants from a wide range of materials. The laser removes surface contaminants by converting them into vapor or fine particulates that are captured by on-site air filtration devices. The result is a visibly clean surface ready for refinishing, repainting, encapsulation or other restoration.
This method of cleaning alleviates the need for aggressive chemical, blasting media, water, and other potential consumables. The reduction in consumables leads to decreased waste generation and minimizes post‑cleaning disposal requirements. It’s an efficient, green, low‑impact option that offers precision and effective source removal with the potential of reducing overall project timelines.
As laser cleaning can produce minimal effects on the substrate surface, it is generally suitable for contaminant removal where surface integrity must be preserved, thus potentially reducing the need to replace affected materials - such as soot covered drywall, wood and stone surfaces - that traditional methods of cleaning may not have been able to clean effectively. This can lead to a major drop in landfill-bound materials and prospective project efficiencies in both time and expense.
How does laser cleaning work?
Essentially laser cleaning works based on the interaction between a pulsed laser beam and surface‑level contaminants. When the beam contacts the desired area, the contaminants absorb the energy much faster than the underlying material. This rapid absorption causes the unwanted layer to break apart and release from the surface in the form of fine particulate or vapor.
The system settings allow the operator control over energy density, spot size, and repetition rate, making it possible to target soot, oxidation, coatings, and other deposits for removal with minimal disturbance to the substrate. Released material can then be drawn into on‑site air filtration devices, maintaining a controlled work environment and reducing secondary cleanup.
Before laser work begins, most surfaces receive a detailed HEPA vacuuming to remove loose debris and reduce the amount of material that could become airborne during the process. This step supports cleaner operation and improves overall efficiency during the laser cleaning process.
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