Professional laser cleaning machines for industry, skilled trades and demanding surface applications. Remove rust, paint, oxides and contamination with precision – backed by expert advice, on-site demonstrations, training and service from a single source.
From rust and paint to industrial residues: see how our laser cleaning machines treat different surfaces on real components with precision and control.
Before · paint + rustAfter · bare metal
Before · flash rustAfter · bare metal
BeforeAfter · clean
Before · rustAfter · bare metal
BeforeAfter
Why Beamlux
More than a laser cleaning machine.
With Beamlux, you get more than the machine itself. We support you from the first material test and on-site demonstration through system selection, training, technical support and service.
Test before you invest
Start with a material test, an on-site demonstration and personal advice. You see the result on your own application before you decide.
Precise laser cleaning
Laser power and process parameters are matched to the material, coating and required result for controlled, selective processing.
Cleaning without blasting media
A dry process without conventional blasting media or chemical cleaning agents, focused precisely on the area that needs to be treated.
Buy or hire
Invest in your own system or hire flexibly — depending on project size, utilisation and budget.
Replacement machine service
If a service issue occurs, we can provide a replacement machine by arrangement and subject to availability to help minimise downtime.
Training & support
Instruction, training and technical support help your team operate the system safely and efficiently.
Laser cleaning machines & laser welding machines
The right laser power for every application.
From mobile pulsed lasers for precision work to high-power industrial laser cleaning machines and laser welding systems: choose the system that fits your application.
Welding · cutting · weld-seam cleaning · rust removalfrom €12,600 plus VATPrice applies to 1,500 – 3,000 W versions
The laser source fitted
What works inside a Beamlux system.
Beamlux fits pulsed fibre lasers from Maxphotonics. Raycus and JPT are the two other sources common in cleaning systems of this class. What is compared here is the source fitted — not the suppliers against one another.
BeamluxMaxphotonics
Systems with RaycusRaycus
Systems with JPTJPT
Fundamentals — all three keep up here
Fibre laser without resonator mirrors
yes
yes
yes
No consumables in the beam generator
yes
yes
yes
Service life of the pump diodes
~100,000 hmanufacturer figure
~100,000 hmanufacturer figure
~100,000 hmanufacturer figure
Protection against back reflection
integrated
integrated
integrated
High power classes available
yes
200–2,000 Wpulsed series
yes
Design — this is where they diverge
Design of the source
Q-switchdesigned for high energy per pulse
Q-switchMOPA series also available
MOPApulse duration and frequency freely adjustable
Focus of the manufacturer
Cleaning and material removal
Cutting, welding, cleaning
Fine marking, engraving, colour marking
Single pulse energy of the cleaning sources
> 30 mJpublished as a figure and therefore verifiable
no mJ figuremanufacturer states “high single pulse energy”
no mJ figureseries designed for fine structuring
Efficiency (wall-plug)
~34 %G5/G6 series
~30 %comparable series
no figure givendepends on the MOPA architecture
System level — what belongs around the source
CE marking, declaration of conformity supplied
yes
depends on the system supplier
depends on the system supplier
Material test on your own component before purchase
yes
depends on the system supplier
depends on the system supplier
Hire for project peaks
yes
depends on the system supplier
depends on the system supplier
Advantage for Beamluxequivalentno reliable figure available
Would you like to buy a laser cleaning machine, or hire one for a project first? Beamlux offers both options, depending on how long you need the machine, how often it will be used and how much you want to invest.
Buy
Your own laser cleaning machine
System available whenever you need it
Choose the right system for your application
Machine instruction included; further training available at extra cost
Support and replacement machine service available by arrangement
A material test, live demonstration and expert advice give you the clearest basis for choosing a system. We identify the machine and power class your surface needs — and you get the complete solution from a single source.
01
Live demo
We demonstrate laser cleaning directly on your component and show which system is suitable for your application.
Laser cleaning, machines and costs: the ten most important answers.
What exactly is laser cleaning?
A laser beam transfers energy to rust, oxides, paint or other unwanted layers and removes them from the surface without abrasives or conventional blasting media.
Which types of contamination can be removed?
Typical applications include rust, oxide layers, scale, paint, heat tint and process residues. Whether a particular material/coating combination can be treated successfully is best confirmed by a material test.
Is the process gentle on the material?
With the right settings, laser cleaning can be highly controlled — particularly with pulsed systems. The result always depends on the material and the process parameters, so a test area should come first.
Can laser cleaning remove rust?
Yes. Rust removal is one of the best-known applications. Processing time depends on the type and degree of corrosion; light flash rust is a different task from deep corrosion.
Can paint be removed?
Yes, including only selected areas where required. Processing speed and result depend on the paint system, colour, coating thickness and substrate.
Which materials are suitable?
Typical materials include steel, stainless steel, aluminium and copper, as well as selected stone, concrete, clinker brick and wood surfaces. Suitability depends on the combination of substrate and layer to be removed.
Pulsed laser or CW laser?
Pulsed lasers offer precise, controlled energy input and are often preferred for sensitive or detailed work. CW lasers can process large, robust surfaces faster. The application — not wattage alone — determines the right technology.
How many watts are needed?
There is no universal answer. Material, contamination, area, required quality and target processing speed determine the appropriate power class.
Buy, hire or outsource?
For a one-off project, contract laser cleaning may be sufficient. Hire can be attractive for temporary or recurring project work, while regular demand may justify a machine of your own.
Laser cleaning or sandblasting?
Blasting acts mechanically through a blasting medium. Laser cleaning is non-contact and can be applied precisely to selected areas. On very large, robust surfaces, blasting may still be more economical.
