The ApexLase Standard
No Compromises. No Distractions.
We aren't a generic laser company. We were established to provide customers in the UK (with additional intentions far beyond) a local point of reference and a single point of contact for reliable, effective laser cleaning systems.
Tier 1 Laser Sources
Powered by fibre lasers from proven, industry-standard sources like Raycus, JPT and NLight.
Precision Engineering
Premium machined chassis, multiple design options to suit distinct usage patterns, and customised parameters to ensure YOU get the best fit for your requirements.
Safety-Focused Design
Systems are supplied with relevant CE marking documentation; final compliance requirements vary by intended market and installation.
Our Core Ranges
Engineered for the Task
Two distinct technologies. Countless applications. Select the system designed for your specific cleaning requirements.
Pulsed Laser Series
High peak power pulses ideal for delicate surfaces. Designed to selectively ablate paint, rust, and mould from the base material when correctly set up — the preferred choice for restoration and precision mould cleaning.
- Low heat delivery to base material when correctly set up
- Portable handheld units available
- Air and water-cooled variants
Continuous Wave (CW) Series
Constant beam output built for heavy industrial scale. Maximizes throughput for thick rust, scale, and heavy coating removal on robust structural metals and pipelines.
- Maximum cleaning speed and throughput
- Ideal for heavy structural steel
- Integrated automation ready
Industries Served
Where traditional abrasive blasting fails, laser technology excels. Reduced media waste, no chemical stripping process, and minimal substrate wear when correctly specified and operated.
Industrial Engineering
Surface preparation for flanges, valves, joints, and fixtures where preserving tight tolerances is critical. No abrasive media, no residue — just a clean, controllable result.
Automotive & Vehicle Restoration
Non-destructive rust removal and paint stripping from classic vehicles, body panels, and mechanical components — without harming the base metal beneath.
Marine & Shipyard
Anti-fouling and corrosion layer removal from hulls and structural steel without chemicals or abrasive media. Effective on complex contoured surfaces.
Heritage Masonry & Stone
Selective removal of surface deposits from historic stonework, architectural carvings, and masonry where chemical or abrasive methods risk irreversible damage.
Timber & Architectural
Paint and coating removal from timber frames, structural wood, and architectural features where conventional stripping methods are too aggressive or impractical.
Graffiti & Soot Removal
Selective ablation of graffiti, soot, and surface deposits from brick, stone, and composite surfaces — helping preserve the substrate when correctly specified and operated.
Common Questions
Frequently Asked Questions
What is the difference between pulsed and CW laser cleaning?
Pulsed laser cleaners fire short bursts of high peak power — ideal for delicate substrates, restoration work, automotive, and precision industrial cleaning where thermal damage must be avoided. CW (continuous wave) machines emit a constant beam at 1000W–3000W, delivering maximum throughput for heavy contamination on robust structural steel, pipelines, and shipyard applications. If substrate integrity is the priority, choose pulsed. If throughput on thick contamination is the priority, consider CW.
What can a laser cleaning machine remove?
Laser cleaners are effective on rust, mill scale, paint, powder coatings, epoxy coatings, weld oxide, heat tint, carbon deposits, grease residues, soot, mould release agents, and many other surface contaminations. Effectiveness depends on the contamination type, base material, laser power, and parameters — which is why application-specific advice matters before specifying a machine.
How much does a laser cleaning machine cost in the UK?
Laser cleaning machine pricing in the UK depends on laser source, power output, cooling method, configuration, accessories, training and support requirements. Contact ApexLase for current UK supply options based on your application.
Do I need training to operate a laser cleaning machine?
Yes. All laser cleaning machines are Class 4 laser products — the highest hazard class under UK regulations. Operators require suitable training covering laser safety, OD-rated eye protection, fume extraction, and correct parameter setup for the application. ApexLase can advise on training requirements as part of any purchase enquiry.
What safety equipment is required?
At minimum: wavelength-rated safety eyewear (OD-rated for 1064nm or 1080nm) worn by all personnel in the controlled area, a suitable fume extraction unit with HEPA filtration, and appropriate protective clothing. UK operators are subject to the Control of Artificial Optical Radiation at Work Regulations 2010. Suitable fume extraction and ventilation should be assessed for each application, especially where coatings, rust, paint, oils or residues may generate hazardous fumes or particles.
Can I arrange a demonstration before buying?
Demonstrations are available subject to location and scheduling. Contact ApexLase to discuss a demonstration relevant to your material and application — ideally using your own components or samples where practical.
Speak to an Engineer
Determine Your Spec
Laser cleaning requires correctly matching the laser source, wattage, and delivery system to your specific material challenge. Contact us to discuss your application.
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