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Best Seller Oceanplayer 500W pulsed laser cleaning machine
Featured Model

500W Pulsed Laser Cleaner

Higher pulse cleaning speed with controlled surface impact.

500W PulsedFine ControlBest Seller
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Laser cleaning a rusted industrial metal surface
Oceanplayer Laser Cleaning Toolkit

Find my laser cleaner and plan the job before I buy.

Choose a machine, compare pulsed and CW cleaning, estimate power, output, time, extraction, electrical supply and operating cost with free tools built for real laser cleaning projects.

  • No registration required
  • Customer-friendly planning tools
  • Results stay in your browser
  • Validate with a sample test
15laser cleaning tools
6planning stages covered
26laser engineering tools
1sample test to confirm results
Quick Tool Route

Tell us what you need to decide right now

Select your cleaning task, decision stage and workload. We will point you to the most useful tool first and show the next calculations that can strengthen your purchasing decision.

01

Build my planning route

This is guidance, not a final machine specification.

All Laser Engineering Tools

Choose the tool that answers your next purchasing question

Search by task or filter by technology. Every tool is free to use and designed to turn your project information into a practical planning result.

No matching tool was found. Try a broader search such as “power,” “cost,” “output” or “selector.”

Laser Cleaning Tools

Choose a cleaner, develop process settings, estimate output and build the commercial case.

15 tools
Start HereC01

Laser Cleaning Machine Selector

Match contamination, substrate, finish, area and workload to a practical cleaner type and format.

Choose My Cleaner
Power SelectionC02

Laser Cleaner Power Selector

Narrow the power range by cleaning task, surface sensitivity, desired speed and duty requirement.

Select Cleaner Power
Application FitC03

Application Feasibility Checker

Review material, contamination, finish, access and safety factors before choosing equipment.

Check Feasibility
Technology ChoiceC04

Pulsed vs CW Cleaner Comparison

Compare surface control, speed, thermal input, workload and common applications side by side.

Compare Pulsed and CW
Process SettingsC05

Energy Fluence Calculator

Estimate pulse energy density, line energy, pulse spacing and duty cycle from process inputs.

Calculate Fluence
Pulse PlanningC06

Pulse Energy & Frequency Calculator

Connect average power, repetition frequency and pulse energy for clearer parameter comparison.

Calculate Pulse Energy
Scan PlanningC07

Laser Cleaning Scan Overlap Calculator

Estimate adjacent path overlap, path spacing, effective coverage and project time.

Check Scan Overlap
Cleaning OutputC08

Cleaning Efficiency Calculator

Convert cleaning width, movement, overlap, passes and productive time into effective output.

Estimate Efficiency
Project TimeC09

Rust & Paint Removal Time Estimator

Estimate labor and equipment hours for rust, corrosion, paint and coating removal jobs.

Estimate Cleaning Time
Shift CapacityC10

Laser Cleaning Shift Output Planner

Plan accepted area, complete parts, utilization and order completion by shift.

Plan Shift Output
Ownership CaseC11

Cleaning ROI & Cost Calculator

Estimate operating cost, annual value, investment payback and ownership economics.

Calculate ROI and Cost
Job PricingC12

Laser Cleaning Job Quote Calculator

Build a service quote from labor, machine time, travel, consumables, overhead and margin.

Estimate a Job Quote
Process SavingsC13

Laser Cleaning vs Sandblasting Savings

Compare job cost, labor, abrasive use, annual savings and equipment payback.

Compare Process Cost
Electrical PlanningC14

Power Supply & Generator Sizing

Estimate current, design reserve, generator capacity and starting demand for the complete system.

Size Electrical Supply
Extraction PlanningC15

Fume Extraction Airflow Calculator

Estimate capture airflow, duct velocity, pressure demand and preliminary fan power.

Plan Extraction Airflow
Use Better Inputs

Turn a quick estimate into a stronger project plan

The tools are most useful when the inputs come from your actual part, accepted finish and normal working conditions. Use the steps below before comparing machine quotations.

01

Define the accepted result

Record the material, contamination, coating thickness, protected areas and finish that purchasing or production will accept.

Check application fit
02

Measure a representative area

Time a real cleaned area after the final finish is accepted. Include passes, repositioning and normal operator movement.

Estimate effective output
03

Compare the complete job

Include setup, extraction, labor, inspection, waste handling, utilities and planned downtime instead of machine speed alone.

Compare full process cost
Machine Families

After using the tools, compare the matching cleaner category

Your final machine should be selected from an accepted sample result, required output, operating environment and total project scope.

CW laser cleaning for high output rust removal

CW Laser Cleaners

For higher-output rust, paint and large metal surface cleaning.

Explore CW Cleaners
Confirm Before You Buy

Use the calculators to plan. Use your real part to confirm.

Send a material sample, photos or a short project description. Oceanplayer can review the application, recommend a starting configuration and demonstrate the cleaning result before your final decision.

Contact Sales
Step 01Share the material and contamination
Step 02Define the accepted finish and output
Step 03Compare results and machine options
Laser Cleaning Tool FAQ

Questions about choosing and sizing a laser cleaner

Which tool should I use first?
Start with the Laser Cleaning Machine Selector when you need to choose between pulsed, CW, handheld, mobile or automated cleaning. If you are unsure whether the application is suitable, begin with the Application Feasibility Checker.
Can these tools give me a final laser cleaning machine specification?
They provide a planning direction, not a final specification. Material condition, coating thickness, required finish, access, extraction and accepted cleaning speed should be confirmed through a controlled sample test.
How do I choose between a pulsed and CW laser cleaner?
Pulsed cleaning is commonly considered when surface control and lower heat input matter. CW cleaning is commonly considered for higher-output removal on larger metal surfaces. Use the comparison tool, then validate the result on your actual material.
How can I estimate how long a laser cleaning job will take?
Use the Rust & Paint Removal Time Estimator for a project-level estimate. For a stronger result, first measure accepted cleaning width, movement, passes and productive time, then use the Cleaning Efficiency Calculator and Shift Output Planner.
Can I compare laser cleaning with sandblasting?
Yes. The Laser Cleaning vs Sandblasting Savings Calculator compares labor, machine cost, abrasive use, cleanup, waste handling, annual savings and estimated equipment payback using your assumptions.
Do I need fume extraction for laser cleaning?
Laser cleaning can release particles and process fumes from the removed contamination. Extraction should be designed around the material and coating hazard, work enclosure and local requirements. The airflow calculator is a preliminary planning tool and does not replace an industrial hygiene or fire-safety review.