Add to ORKGLaser scribing of thin glass has proven problematic due to inefficient optical absorption and difficulty achieving economical processing speeds while maintaining edge quality. Laser processing of glass is pertinent to touch screen, display, microfluidic, microoptic and photovoltaic applications. At thicknesses <100μm glass benefits from added flexible functionality. In addition to high optical transparency, electrical insulation and good chemical resistance, thin glass is a preferable material choice for many applications. Thin flexible glass offers an opportunity to substitute sheet-fed with reel-to-reel processing, reducing processing time and material handling issues. Unique absorption and thermalisation mechanisms associated with ultras...
AbstractWe investigate the feasibility of cutting and drilling thin flex glass (TFG) substrates usin...
The micro processing of materials using ultra short pulse (USP) lasers with durations in the low pic...
The ability of 8 picosecond pulse lasers for three dimensional direct-writing in the bulk of transpa...
The femtosecond laser ablation process for cutting thin aluminoborosilicate glass sheets of thicknes...
DoctorGlass has outstanding properties including low surface roughness, optical transparency, high h...
International audienceWe demonstrate that the use of low energy but high repetition ultrashort laser...
Borosilicate glass is a commonplace material used in our daily lives. The conventional method of mec...
Borosilicate glass is a commonplace material used in our daily lives. The conventional method of mec...
Microcutting of glass through ultrafast lasers represents a process more and more employed in many i...
Microcutting of glass through ultrafast lasers represents a process more and more employed in many i...
Microcutting of glass through ultrafast lasers represents a process more and more employed in many i...
AbstractHigh temperature applications of printed circuit boards (PCB)require materials with specific...
AbstractWe investigate the feasibility of cutting and drilling thin flex glass (TFG) substrates usin...
We investigated the morphology and mechanism of laser-induced damage in the ablation cutting of thin...
Micro-machining of glass is important for fabricating many optical elements (filters, waveguides and...
AbstractWe investigate the feasibility of cutting and drilling thin flex glass (TFG) substrates usin...
The micro processing of materials using ultra short pulse (USP) lasers with durations in the low pic...
The ability of 8 picosecond pulse lasers for three dimensional direct-writing in the bulk of transpa...
The femtosecond laser ablation process for cutting thin aluminoborosilicate glass sheets of thicknes...
DoctorGlass has outstanding properties including low surface roughness, optical transparency, high h...
International audienceWe demonstrate that the use of low energy but high repetition ultrashort laser...
Borosilicate glass is a commonplace material used in our daily lives. The conventional method of mec...
Borosilicate glass is a commonplace material used in our daily lives. The conventional method of mec...
Microcutting of glass through ultrafast lasers represents a process more and more employed in many i...
Microcutting of glass through ultrafast lasers represents a process more and more employed in many i...
Microcutting of glass through ultrafast lasers represents a process more and more employed in many i...
AbstractHigh temperature applications of printed circuit boards (PCB)require materials with specific...
AbstractWe investigate the feasibility of cutting and drilling thin flex glass (TFG) substrates usin...
We investigated the morphology and mechanism of laser-induced damage in the ablation cutting of thin...
Micro-machining of glass is important for fabricating many optical elements (filters, waveguides and...
AbstractWe investigate the feasibility of cutting and drilling thin flex glass (TFG) substrates usin...
The micro processing of materials using ultra short pulse (USP) lasers with durations in the low pic...
The ability of 8 picosecond pulse lasers for three dimensional direct-writing in the bulk of transpa...