


Netalux Laser System Demonstration
Pulsed fiber laser cleaning with the Netalux system demonstrates precision contaminant removal across various materials and surfaces.
What Netalux Laser System Demonstration 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
See our work

Frequently Asked Questions
This video raises common questions about the Netalux laser system and its applications.
What makes the Netalux laser system effective for on-site work?
The Netalux laser system is effective for on-site work due to its compact, robust design and integrated cooling, enabling rapid deployment and sustained operation in diverse industrial environments. Its optimized power-to-weight ratio facilitates easy transport, while the intuitive interface minimizes setup time for precision contaminant removal on various substrates.
What settings are usually recommended for Netalux Laser System Demonstration laser cleaning settings on Netalux Laser System Demonstration?
Recommended Netalux laser cleaning settings are highly application-specific, contingent on the substrate material, contaminant type, and desired surface finish. Key parameters adjusted include pulse energy (mJ), pulse frequency (kHz), scan speed (mm/s), and beam diameter (µm). Optimal settings are determined through preliminary testing to achieve efficient contaminant removal while preserving substrate integrity, often referencing material-specific ablation thresholds.
How does Netalux compare to other laser cleaning systems?
Netalux systems utilize pulsed fiber laser technology, distinguishing them through optimized beam profiles and energy delivery for precise contaminant ablation. Compared to continuous-wave or alternative solid-state laser systems, Netalux offers enhanced material selectivity and reduced thermal impact on substrates like metals and composites. System performance is contingent on specific application parameters.
How do you verify substrate safety during netalux laser cleaning demonstration?
Substrate safety during a Netalux laser cleaning demonstration is verified by pre-assessing material properties and applying conservative laser parameters. Operators monitor the surface visually and microscopically for any thermal or mechanical alteration. This process ensures the laser's fluence remains below the material's damage threshold, preventing unintended substrate modification.












































