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Yi-Chun Lin
Yi-Chun LinPh.D.Taiwan
Materials characterization for industrial surfaces
Published
Nov 20, 2025

Netalux Laser System Demonstration

Pulsed fiber laser cleaning with the Netalux system demonstrates precision contaminant removal across various materials and surfaces.

What This Video Shows

This equipment demonstration shows the Netalux pulsed fiber laser system removing contaminants from multiple surfaces with excellent control and minimal heat input.

Equipment Used

  • Pulsed fiber laser cleaning system

Compatible Materials

Demonstrates cleaning on steel, cast iron, aluminum, brass, stone, concrete, and wood that share varying levels of contamination and surface sensitivity.

Professional Applications

The Netalux system excels in industrial maintenance, heritage restoration, marine cleaning, and precision equipment refurbishment like those shown in the demonstration.

Frequently Asked Questions

  • What makes the Netalux laser system effective for on-site work?

    The Netalux fits in the back of a van and is set up and running in under 15 minutes on-site, which makes it practical for jobs where you cannot bring parts into a shop. The integrated cooling means it can run continuously for hours without overheating, so large surface areas — structural steel, building facades, industrial equipment — get done in a single mobilization rather than multiple visits.

  • What laser cleaning settings work best for Netalux Laser System Demonstration?

    Settings vary by what we are cleaning, but the starting point is always a small test patch run at low power, then stepped up until the contaminant lifts cleanly without discoloring the surface underneath. For most rust and paint removal on steel, we find a clean working range in 5 to 10 minutes of test time and then move to full production. Speed and pass count matter more than raw power — two slow passes at moderate output outperform one fast pass at maximum.

  • How does Netalux compare to other laser cleaning systems?

    The Netalux uses pulsed fiber laser technology, which means the beam fires in short bursts rather than continuously. That pulsed delivery removes contaminants without building up heat in the part, so thin metal, coated surfaces, and temperature-sensitive substrates can be cleaned safely. Most comparable systems on the market run continuous-wave, which can discolor or warp thin materials that the Netalux handles without issue.

  • How do you verify substrate safety during netalux laser cleaning demonstration?

    Before every demonstration we run a test patch on an inconspicuous area at low power, inspect the result, and step up only if the surface is clean and undamaged. The whole test takes about 5 minutes. If we see any discoloration or surface change, we adjust settings before touching the main surface. On steel and masonry this approach has never required us to stop a job once it started.

He inspected the table, discussed realistic expectations, explained the process in detail, and answered all of my questions.
Eric WoodView all testimonials