Laser Cleaning Machines
Explore pulsed and continuous-wave laser cleaning equipment for rust, coating and surface contamination removal. Match the system to your base material, cleaning task and required finish.
Explore our cleaning equipment
Ask about a configuration ↗
PULSEDPULSED / AIR-COOLED
Handheld Pulsed Laser Cleaning Machine
- Pulsed fiber laser source
- Air-cooled handheld configuration
CWCONTINUOUS WAVE / WATER-COOLED
Handheld CW Laser Cleaning Machine
- Continuous wave (CW) laser source
- Water-cooled handheld configuration
PULSEDPULSED / WATER-COOLED
Water-Cooled Pulsed Laser Cleaning Machine
- Pulsed laser source
- Water-cooled configuration
Suitability depends on the base material, the layer to be removed and the required finish. Review a representative sample before confirming a configuration.
CHOOSE BY THE SURFACE AND TASK
Pulsed or continuous wave?
Start with the material underneath the contamination, the layer you want to remove and the finish you need. Power alone does not determine the right system.
| Selection factor | Pulsed laser | Continuous wave (CW) |
|---|---|---|
| Energy delivery | Short pulses of laser energy | A continuous output of laser energy |
| What to discuss | Pulse settings and control of the cleaning process | Heat input, removal rate and workpiece tolerance |
| Before choosing | Test removal quality and the effect on the underlying surface | Test removal quality, heating and the effect on the underlying surface |
What to share with us: base material and workpiece dimensions · rust, coating or contamination details · required finish and next process · area to clean and expected output.
Define what "clean" means for your application.
Share the acceptable surface finish, the layer to be removed and the next manufacturing step. Cleaning for visual appearance may have different requirements from preparation for welding, bonding or coating.
A few selection questions
What can laser cleaning remove?
Laser cleaning can be used for rust, oxides, paint and other surface layers on suitable workpieces. Results depend on the base material, the layer composition and thickness, and the equipment settings. Share these details so we can assess your application.
Will laser cleaning damage the underlying material?
Surface preservation is not automatic. An unsuitable process can alter or damage the base material. The machine type and settings should be evaluated on a representative sample, using your required finish and acceptance criteria.
How much power do I need, and how fast can it clean?
There is no single power or cleaning rate that applies to every surface. The coating or contamination, workpiece geometry, required finish and process settings all affect the result. Sample testing helps evaluate a practical configuration and cleaning rate.
What safety and extraction arrangements are needed?
Laser cleaning requires a suitable controlled work area, trained operators, appropriate laser protection and fume extraction matched to the material being removed. Confirm the requirements for your machine and application before operation. This FAQ does not replace the equipment safety instructions or a site-specific assessment.
What maintenance and replacement parts should I plan for?
Maintenance depends on the machine and its supporting equipment. Confirm the inspection requirements for protective optics, cooling equipment and extraction filters where fitted. Ask for the maintenance schedule and replacement-part information for your selected model.
Can I send a sample and see the cleaning results?
Yes. HODA accepts customer-supplied samples for free application testing and can provide photos and videos of the results. Tell us the base material, surface layer and required finish. Confirm sample suitability and shipping arrangements with us before sending materials.
Show us the surface you need to clean.
Send photos and describe the material and unwanted layer. Free sample testing is available, with photos and videos of the results.