who we are
MetLaser, founded in 2019, is a pioneer in laser surface treatment innovation. With the world’s first ultra-high-power hybrid laser cleaning technology at its core, our portfolio spans from portable devices to large-scale automated systems, with expertise in laser surface processing, laser welding, ultra-high-speed galvanometers, complete machines, and functional modules. Serving industries such as railway, shipbuilding, aerospace, petrochemicals, and steel structures, MetLaser is committed to replacing traditional processes with laser intelligence, driving greener, smarter, and more efficient manufacturing worldwide.
OUR LATEST UPDATES
Vacuum Fluctuations Trigger State Switching in Biased Optical Parametric Oscillators
Researchers analyze how quantum vacuum fluctuations can drive macroscopic switching in a biased degenerate optical parametric oscillator, and how an external bias field can reshape the system’s bistable landscape. The work offers a clearer picture of noise-assisted dynamics relevant to photonic computing and probabilistic quantum hardware.
Quantizing k-Gap Solitons: Biphoton Statistics in Nonlinear Photonic Time Crystals
A new theoretical study describes how k-gap solitons in nonlinear photonic time crystals can be modeled as biphoton Fock ladder states, linking parametric amplification, Kerr saturation, and quantum collapse-and-revival behavior.
Differentiable PIAA-ZWFS brings wavefront sensing closer to the fundamental limit
A new differentiable design study shows how a phase-induced amplitude apodisation Zernike wavefront sensor can capture more starlight and improve sensitivity for extreme adaptive optics, especially in photon-starved and partially resolved-star conditions.
HORNET method reconstructs high-order harmonic emission using delayed polarization perturbation
Researchers have demonstrated an all-optical in situ technique for timing the emission of high-order harmonics by introducing a delayed, cross-polarized replica of the driving infrared pulse. The approach, called HORNET, uses a weak ellipticity perturbation and ptychographic retrieval to reconstruct individual harmonic fields and their temporal profiles.
solutions
aviation
Precision, Safety, and Sustainability in Aviation
MetLaser provides cutting-edge laser technologies for aviation maintenance and repair. From aircraft engine blade restoration and fuselage paint removal to runway rubber cleaning, our solutions ensure higher precision, extended service life, and greener operations for the aviation industry.
Infrastructure
Laser Solutions for Bridge Steel Maintenance
MetLaser provides advanced laser cleaning technologies for bridge and steel structure maintenance. Our systems effectively remove paint and rust while creating surface roughness comparable to sandblasting, significantly improving coating adhesion and extending service life.
Civil Applications
Laser Cleaning for Daily Life and Cultural Heritage
MetLaser brings laser cleaning technology into the civil sector, offering safe and precise solutions for diverse needs. From paint removal on wooden furniture and rust/paint removal on ironwork to cleaning burn marks on stone surfaces and restoring cultural relics, our systems ensure efficient, eco-friendly, and non-destructive treatment for everyday and heritage preservation.
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