Light engineering in service of micromechanics and exceptional materials.
Our workshop combines two complementary laser sources to meet the strictest tolerances of the watchmaking and aerospace industry, as well as private commissions. Each wavelength is selected according to the nature of the material and the desired interaction, guaranteeing an optimal result without compromise.
Source A
MOPA Technology
Variable frequency nanosecond pulse
Infrared
Nanosecond
High power
Source B
High-Power Blue Diode
Optimized absorption of reflective metals
Visible blue
High power
Optimal
In practice: your pieces are processed without contact, without mechanical wear — with a precision that mechanical tools cannot achieve. On stainless steel, titanium, brass, gold or ceramic.
Laser architecture
Synergy of a pulsed source and a continuous source for all materials
Our laser operates in nanosecond regime : it delivers energy in bursts of short pulses at high peak power . At each impact, a microscopic layer of material (a few microns) is instantly melted and vaporized. The interaction is so fast that thermal transfer has no time to diffuse: the heat-affected zone (HAZ) is virtually zero, preserving the structural and geometric integrity of the rest of the piece.
This dynamic allows total flexibility: by modulating the frequency and duration of pulses, we precisely adjust the energy input to the target material. This configurable setup allows instant switching from fine high-resolution marking , to a high-contrast finish, or to deep engraving by material removal.
Ablation by Micro-Fusion
Local fusion and partial vaporization of material. The high intensity creates a plasma, causing ejection of molten material and formation of surface structures.
Structural Coloring
Formation of a thin transparent oxide layer on the surface. Colors appear through light interference, without chemical input or pigment, preserving surface integrity.
Surface Texturing
Creation of controlled micro-patterns, matte, satin or anti-reflective effects, modifying the visual or physical properties of the piece.
Heat-Affected Zone (HAZ)
Measurable thermal effects at the periphery. Heat transfer during the pulse (nanoseconds) causes microstructural changes and local deformation.
UHD Camera
Visual positioning tracking
Describe your piece — material, desired finish, timeline. We respond within 2-3 days.
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