Laser cleaning
No sanding. No nasty chemicals. Pure magic.
Heritage Restoration and Conservation
Heritage restoration requires precision and a delicate approach. Traditional abrasive or chemical cleaning methods can permanently alter or damage historic surfaces, materials and fine details.
Laser cleaning is a controlled, non-contact process that can remove unwanted deposits while preserving the surface beneath. It requires no water or abrasive blasting media and produces very little secondary waste, making it particularly suitable for the careful restoration of historic and culturally significant objects.
A suitable extraction system captures particles produced during the cleaning process, helping to maintain a cleaner work area and prevent contaminants from dispersing into the surrounding environment.
Applications include:
Natural stone façades and historic buildings
Monuments, memorials, statues and sculptures
Historic metal conservation
Architectural features and decorative details
Cultural and heritage objects
Biofilm Removal
Biofilms are communities of microorganisms, including bacteria, fungi and algae, that form on a variety of surfaces. They can be difficult to remove through gentle rinsing and may contribute to staining, corrosion and ongoing surface deterioration.
Laser cleaning can precisely remove or reduce biofilm deposits without introducing water, harsh chemicals or abrasive materials. This makes it a valuable option for sensitive surfaces where traditional cleaning methods may be unsuitable.
Forensic and Specialist Contamination Cleaning
Beamology provides laser cleaning solutions for targeted forensic and specialist contamination removal. The controlled nature of the process allows specific areas to be treated while helping to preserve the underlying material.
Each project is assessed individually to determine the appropriate laser settings, extraction requirements and safety controls.
Coating and Overspray Removal
Traditional coating-removal methods, such as abrasive blasting, can be time-consuming, messy and potentially damaging to the material underneath.
Laser cleaning offers a precise alternative. Coatings and overspray can be removed layer by layer while minimising wear to the substrate. Once treatment is complete, the surface is often ready for inspection, preparation or recoating with little additional cleaning required.
Hazardous coatings, including those containing lead or other harmful substances, require careful planning and appropriate containment, extraction and disposal procedures. Laser cleaning can help reduce airborne dust, blasting grit and widespread debris by removing coatings from targeted areas under controlled conditions.
Graffiti Removal
Laser cleaning provides a precise and effective solution for graffiti removal. The laser energy targets and removes paint layers while helping to preserve the original surface beneath.
The process can be used on materials such as:
Stone
Brick
Steel
Concrete
Plaster
Other durable architectural surfaces
An integrated extraction and filtration system captures the removed material, reducing the mess and secondary waste commonly associated with chemical or abrasive cleaning methods.
Paint Removal
Laser cleaning can partially or completely remove paint and protective coatings without significantly affecting the underlying substrate.
It is particularly effective on steel, aluminium and other metals and can be used for many common coating types, including:
Powder coating
E-coating
Phosphate coating
Industrial paint
Protective finishes
Because the process does not rely on chemicals or abrasive blasting media, preparation and clean-up requirements can be significantly reduced. This makes laser cleaning a practical and environmentally responsible option for maintenance, restoration and surface preparation.
Rust, Oxide and Contamination Removal
Rust, corrosion and oxide deposits can reduce the performance, appearance and service life of components, machinery and equipment.
Laser cleaning removes contamination from the surface of the metal without grinding away or significantly altering the base material. It provides a precise alternative to manual sanding, chemical treatment and abrasive blasting.
With fast setup and pack-down times and minimal secondary waste, laser cleaning is ideal for:
Equipment maintenance
Component restoration
Surface preparation
Weld preparation and cleaning
Industrial machinery
Automotive and engineering parts
Mould Cleaning
Laser mould cleaning is an efficient and environmentally responsible alternative to traditional cleaning methods. It can remove stubborn plastic, rubber, food, oil and production residues without abrasive blasting media or chemical solvents.
The process is carefully controlled to clean detailed and textured surfaces while helping to preserve the mould’s original dimensions and finish.
Applications include:
Baking and food-production equipment
Metal baking trays, food moulds, conveyors and other production surfaces can be cleaned of oil, grease and baked-on deposits. Steel, cast iron and chrome-plated moulds are particularly well suited to laser cleaning.
Tyre moulds
Rubber residue and production buildup can be removed from detailed mould surfaces without aggressive abrasion.
Injection moulds
Laser cleaning can remove plastic residue and contamination while preserving fine details and surface finishes.
Rubber moulds and tooling
Deposits can be removed from moulds, tools and production equipment with minimal disruption to the surrounding surface.
Dry Grease and Oil Removal
Removing dried grease and oil with traditional cleaning methods can be messy and time-consuming.
Dark contaminated layers absorb laser energy efficiently, allowing deposits to be removed while minimising the effect on the surrounding material. The process is dry and controlled, reducing the need for solvents, water and extensive clean-up.
Suitable applications include:
Engines and engine components
Mechanical parts
Industrial equipment
Production machinery
Hand tools and workshop equipment
Soot and Fire-Damage Restoration
Laser cleaning can help restore hard surfaces affected by soot, smoke and carbon deposits. The process removes surface contamination while helping to preserve the underlying material.
Suitable surfaces may include:
Brick
Concrete
Steel
Cast iron
Aluminium
Chrome-plated surfaces
Natural stone
Tiles and ceramics
Selected types of wood
Plaster
Every fire-damaged surface responds differently, so testing may be required to establish the safest and most effective cleaning settings.
Laser cleaning is also suitable for removing carbon deposits from automotive components, including pistons, valves and other engine parts during restoration and maintenance projects.
NEED A SOLUTION FOR YOUR LASER CLEANING PROJECT?
Talk to Beamology about your surface, contamination and project requirements. We will assess the application and recommend a precise, efficient and practical laser cleaning solution.
Cleaner surfaces. Smarter technology.
Laser cleaning is a precise, customisable and cost-effective way to remove rust, paint, coatings and other contaminants from a wide range of surfaces. The process uses focused laser energy instead of chemicals, water or abrasive blasting media, helping to minimise secondary waste and reduce the environmental impact of each project.
At Beamology, we work closely with you to understand your requirements and recommend the right approach for your surface, material and application. Our mobile laser cleaning service comes directly to your site, providing a convenient solution with minimal disruption to your operations.
Based in the North Island? We can also help coordinate the equipment and access solutions needed to overcome challenging site conditions and keep your project moving efficiently.
Beamology transformed my aluminum parts! Fast, efficient, and the results were beyond my expectations. Highly recommend!
John D.
I was amazed by the graffiti removal on my brick wall. Beamology did an outstanding job!
Sarah L.
