Add to ORKGInternational audienceWe investigate processing times of ultrafast laser machining in the case of metals (copper and stainless steel). At a fluence of 2.5 J/cm2, measurements of processing times are in good agreement with calculations based on the ablation rates. We study the influence of laser repetition rates for 1, 5, 10 and 15 kHz. A linear reduction of the processing time can be expected with an increase of the repetition rate
This paper discusses results obtained in highspeed laser micro processing of zirconium oxide ce-rami...
Experimental results related to the influence of time delayed pulses for ablation efficiency with sh...
AbstractIn laser microstructuring there is a general conflict between precision and efficiency. Shor...
International audienceWe investigate processing times of ultrafast laser machining in the case of me...
Laser materials processing has been an intensive research topic since the invention of the laser. no...
International audienceUltrafast laser ablation is an efficient method for precise micro-machining. T...
International audienceUltrafast laser ablation is an efficient method for precise micro-machining. T...
Laser processing with ultra-short double pulses has gained attraction since the beginning of the 200...
An overview is given of the applications of short and ultrashort lasers in material processing. Shor...
An overview is given of the applications of short and ultrashort lasers in material processing. Shor...
Micromachining of steel, Cu and Al is studied. Ablation depths per pulse are deduced for laser pulse...
A microfabrication system with the use of a femtosecond laser was designed for 3D processing of indu...
Ultrashort laser pulses offer extraordinary precision in microprocessing a variety of materials, esp...
An interference based nanosecond laser micromachining method for stainless steel has been investigat...
Ultrashort laser pulses offer extraordinary precision in microprocessing a variety of materials, esp...
This paper discusses results obtained in highspeed laser micro processing of zirconium oxide ce-rami...
Experimental results related to the influence of time delayed pulses for ablation efficiency with sh...
AbstractIn laser microstructuring there is a general conflict between precision and efficiency. Shor...
International audienceWe investigate processing times of ultrafast laser machining in the case of me...
Laser materials processing has been an intensive research topic since the invention of the laser. no...
International audienceUltrafast laser ablation is an efficient method for precise micro-machining. T...
International audienceUltrafast laser ablation is an efficient method for precise micro-machining. T...
Laser processing with ultra-short double pulses has gained attraction since the beginning of the 200...
An overview is given of the applications of short and ultrashort lasers in material processing. Shor...
An overview is given of the applications of short and ultrashort lasers in material processing. Shor...
Micromachining of steel, Cu and Al is studied. Ablation depths per pulse are deduced for laser pulse...
A microfabrication system with the use of a femtosecond laser was designed for 3D processing of indu...
Ultrashort laser pulses offer extraordinary precision in microprocessing a variety of materials, esp...
An interference based nanosecond laser micromachining method for stainless steel has been investigat...
Ultrashort laser pulses offer extraordinary precision in microprocessing a variety of materials, esp...
This paper discusses results obtained in highspeed laser micro processing of zirconium oxide ce-rami...
Experimental results related to the influence of time delayed pulses for ablation efficiency with sh...
AbstractIn laser microstructuring there is a general conflict between precision and efficiency. Shor...