Structural steel
High-throughput preparation of beams, plates and welded structures.
Product family / 02
Continuous Laser Cleaning Systems
Higher-throughput cleaning for robust industrial surfaces.
Continuous-wave laser cleaners for heavy rust, thick coatings and large industrial surfaces where removal speed is a primary requirement.
- Power range
- 1200W–6000W
- Cooling
- Air or water by platform
- Process
- Continuous-wave fiber
- Format
- Portable or cabinet trolley
Reference configuration · Final equipment and options subject to written quotation.
Product overview
Built around the process, not a fixed model.
Continuous-wave cleaning applies steady laser energy and is normally selected for robust substrates, heavier contamination and larger working areas. It prioritizes removal rate and productivity.
A complete selection must consider substrate thickness, heat tolerance, rust or coating depth, duty cycle, site conditions and fume extraction. Sample testing is recommended before final power selection.
Equipment views
Reference system configuration.
These images show representative equipment formats for initial discussion. Cabinet, laser source, control system, working head and accessories are confirmed for each order.
Reference specification
Configuration range.
Indicative information for early project screening. Exact components, performance, certification, warranty and availability require written confirmation.
- Laser process
- Continuous-wave fiber laser cleaning
- Indicative power options
- 1200W / 1500W / 2000W / 3000W / 6000W
- Cooling approach
- Selected air-cooled lower-power platforms or water-cooled cabinet systems
- Working format
- Portable cabinet, wheeled trolley or integrated industrial system
- Typical contaminants
- Heavy rust, thicker paint, coatings and large-area contamination
- Primary selection inputs
- Surface robustness, contamination depth, work area and target throughput
- Site requirements
- Power supply, ventilation, extraction, working distance and access
- Final configuration
- Laser source, chiller, cleaning head, cable length and safety package confirmed by quotation
Where it fits
Industrial applications.
Use these examples to frame the requirement. Final results depend on material, geometry, process settings and acceptance criteria.
Ship and marine
Remove heavy corrosion and coatings from robust metal surfaces.
Heavy equipment
Maintain construction, transport and industrial machinery.
Production lines
Integrate repeatable cleaning before welding, coating or inspection.
Selection workflow
From sample to configuration.
- 01Step 1
Document the contamination
Provide rust or paint thickness, photos and total area.
- 02Step 2
Check the substrate
Confirm material, section thickness and heat sensitivity.
- 03Step 3
Set the duty target
Define hours per shift and expected square metres per hour.
- 04Step 4
Engineer the package
Confirm power, cooling, extraction, cable, voltage and spares.
Common questions
Before you request a quote.
These answers are general guidance. Send the actual workpiece details for a configuration review.
Is continuous cleaning faster than pulse cleaning?+
It is generally faster on heavy contamination and large robust surfaces, but the exact result depends on the process and material.
Can it be used on thin sheet?+
Thermal influence must be evaluated carefully. Pulse cleaning may be a better fit for thin or sensitive substrates.
Is water cooling always required?+
Many higher-power systems use water cooling, while selected portable lower-power platforms may be air cooled.
What site information should I provide?+
Voltage, duty cycle, ambient conditions, access, extraction requirements and the distance between machine and work area.
Need a confirmed configuration?
Send the workpiece and target result.
Include material, dimensions, process requirement, target speed, electrical supply and destination.