Air-cooled pulsed cleaning
The portable pulse range includes 100, 200, 300 and 500 W options. Define the surface condition and cleaning result before selecting pulse energy and power.
Metal processing equipment, integrated systems and supporting components.
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3 kW Fiber Laser Cutting MachineAn open-bed fiber laser system for sheet-metal cutting. Choose the working area, laser source and cutting head around your parts and production needs.
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Request a Sample Test →Include the model, serial number and a description of the issue when contacting us.
Contact Us →Laser Cleaning
Compare pulsed and continuous-wave laser cleaning machines for metal surfaces. Start with the rust, coating or contamination to remove, the substrate and the finish to preserve.
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Review the process, material and site requirements before choosing the equipment.
The portable pulse range includes 100, 200, 300 and 500 W options. Define the surface condition and cleaning result before selecting pulse energy and power.
Review a water-cooled pulse configuration for the intended process and duty cycle. Match the source, cleaning head and cooling specification.
CW systems are available for metal surface treatment. Water-cooled models are listed in the official range; other cooling requirements are reviewed by project.
View the machine, technical reference and configuration options before discussing your project.

Pulsed cleaning · Air cooling
A compact handheld pulsed laser system for localised metal surface cleaning. Match the laser power and scanning setup to the coating, substrate and finish you need.
100–500 WAvailable pulsed laser power options
Describe both the layer to remove and the base surface to retain. The sample result defines the process.
The coating, substrate and desired finish determine the useful cleaning settings. Use a representative sample to check removal quality and the effect on the underlying material.
View the air-cooled pulsed cleaner ↗Share your material, part drawings and production requirements to start the discussion.
Build a cleaning budget from the accepted surface and complete workflow. Account for access, repeat passes, inspection, extraction and continuing supplies.
Read guide ↗Choose a cleaning process around the layer to remove and the surface to preserve. Compare samples and the complete workflow before judging power or productivity.
Read guide ↗Turn a sample request into a useful comparison: define the material, drawings, acceptance criteria and test record before sending anything.
Read guide ↗Compare the configured machine, included equipment, options, acceptance and delivery scope using the same project brief.
Read guide ↗0 systems shortlisted