A spatial light modulator can enable precise laser machining on highly curved surfaces without the need for sample rotation, via a beam intensity profile transformation that takes into account the local gradient on the sample
Femtosecond laser machining processes present many interesting properties owing to the specificities...
In this study, an optical setup based on two phase-only spatial light modulators is presented, capab...
Subtractive femtosecond laser machining using multiple pulses with different spatial intensity profi...
International audienceIn femtosecond laser machining, spatial beam shaping can be achieved with wave...
The use of the femtosecond laser enables generation of small spot sizes and ablation features. Ablat...
The spatial light modulator together with the computer generated holograms can be used to shape lase...
AbstractThe spatial light modulator together with the computer generated holograms can be used to sh...
AbstractIn this paper we present the application of a modified iterative Fourier transform algorithm...
A new breed of pattern generators for photomasks using spatial light modulator (SLM) technology with...
International audienceFemtosecond laser processing of surfaces is an efficient technique for rapid s...
Beam Shaping is a process of redistributing the irradiance and the phase of a beam of optical radiat...
We have demonstrated an imaging-based amplitude laser-beam-shaping technique for material processing...
AbstractPresented here are latest advances in ultra short pulse laser based parallel processing usin...
Subtractive femtosecond laser machining using multiple pulses with different spatial intensity profi...
Advances in digital multimirror devices (DMDs), which consist of arrays of micron-sized mirrors that...
Femtosecond laser machining processes present many interesting properties owing to the specificities...
In this study, an optical setup based on two phase-only spatial light modulators is presented, capab...
Subtractive femtosecond laser machining using multiple pulses with different spatial intensity profi...
International audienceIn femtosecond laser machining, spatial beam shaping can be achieved with wave...
The use of the femtosecond laser enables generation of small spot sizes and ablation features. Ablat...
The spatial light modulator together with the computer generated holograms can be used to shape lase...
AbstractThe spatial light modulator together with the computer generated holograms can be used to sh...
AbstractIn this paper we present the application of a modified iterative Fourier transform algorithm...
A new breed of pattern generators for photomasks using spatial light modulator (SLM) technology with...
International audienceFemtosecond laser processing of surfaces is an efficient technique for rapid s...
Beam Shaping is a process of redistributing the irradiance and the phase of a beam of optical radiat...
We have demonstrated an imaging-based amplitude laser-beam-shaping technique for material processing...
AbstractPresented here are latest advances in ultra short pulse laser based parallel processing usin...
Subtractive femtosecond laser machining using multiple pulses with different spatial intensity profi...
Advances in digital multimirror devices (DMDs), which consist of arrays of micron-sized mirrors that...
Femtosecond laser machining processes present many interesting properties owing to the specificities...
In this study, an optical setup based on two phase-only spatial light modulators is presented, capab...
Subtractive femtosecond laser machining using multiple pulses with different spatial intensity profi...
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