Mold cleaning
Remove release agents, light oxidation and residues from industrial molds.
Product family / 01
Pulse Laser Cleaning Systems
Controlled surface cleaning where finish quality matters.
Pulsed fiber laser cleaning configurations for precision removal of rust, paint, oxides, oil and coatings with limited heat input to the substrate.
- Power range
- 100W–2000W
- Cooling
- Air or water
- Process
- Pulsed fiber laser
- Formats
- Backpack · suitcase · trolley
Reference configuration · Final equipment and options subject to written quotation.
Product overview
Built around the process, not a fixed model.
Pulse cleaning delivers energy in short, controlled bursts. It is generally selected when the customer needs accurate contaminant removal, lower thermal influence and better control over the finished surface.
The right platform depends on contamination type and thickness, substrate sensitivity, required finish, working area and target speed. Higher power can increase throughput, but process tuning and sample testing remain essential.
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
- Pulsed fiber laser cleaning
- Indicative power options
- 100W / 200W / 300W / 500W / 1000W / 2000W
- Cooling approach
- Air-cooled or water-cooled, depending on power and platform
- Working format
- Backpack, suitcase, compact cabinet or trolley
- Typical contaminants
- Light-to-medium rust, paint, oxide, oil and surface coatings
- Primary selection inputs
- Substrate, contaminant, area, finish requirement and cycle time
- Electrical standard
- Configured for destination market; confirm before order
- Final configuration
- Laser source, cleaning head, optics, cable length and accessories 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.
Automotive work
Prepare or restore body panels, parts, weld zones and assemblies.
Precision parts
Controlled cleaning before coating, bonding, welding or inspection.
Restoration
Trial-based cleaning of metal, wood, stone and heritage surfaces.
Selection workflow
From sample to configuration.
- 01Step 1
Share the surface
Send clear photos and identify the base material and coating.
- 02Step 2
Define the target
State the area, contamination thickness and desired finish.
- 03Step 3
Test the process
Use sample trials when appearance or substrate protection is critical.
- 04Step 4
Confirm the system
Finalize power, cooling, head, cable, voltage and accessories.
Common questions
Before you request a quote.
These answers are general guidance. Send the actual workpiece details for a configuration review.
When should I choose pulse instead of continuous cleaning?+
Choose pulse cleaning when surface control, lower heat input and finish quality matter more than maximum removal speed.
Does higher wattage always clean better?+
No. Power affects throughput, but pulse width, frequency, scan pattern, substrate and contamination all influence the result.
Can the machine clean wood or stone?+
Selected surfaces can be processed, but sample testing is recommended because finish and heat sensitivity vary.
What information is needed for a quotation?+
Material, contaminant, thickness, working area, target speed, destination voltage and preferred working format.
Need a confirmed configuration?
Send the workpiece and target result.
Include material, dimensions, process requirement, target speed, electrical supply and destination.