Laser cutting is a key technology for the medical devices industry, providing the flexibility, and precision for the processing of sheets, and tubes with high quality features. In this study, extensive experimentation was used to evaluate the effect of fiber laser micro-cutting parameters over average surface roughness ( R a ) and back wall dross ( D bw ) in AISI 316L stainless steel miniature tubes. A factorial design analysis was carried out to investigate the laser process parameters: pulse frequency, pulse width, peak power, cutting speed, and gas pressure. A real laser beam radius of 32.1 μm was fixed in all experiments. Through the appropriate combination of process parameters (i.e., high level of pulse overlapping fac...
Abstract—the recent up gradation of newer and high strength materials have made the machining task i...
AbstractA systematic experimental investigation of fiber laser cutting stainless steel in a wide ran...
A systematic experimental investigation of fiber laser cutting stainless steel in a wide range of ma...
Laser cutting is a key technology for the medical devices industry, providing the flexibility, and p...
AbstractThe design of coronary stents imposes high demands in terms of dimensional tolerance and sur...
Magnesium alloys are of increasing interest in the medical industry due to their biodegradability pr...
One of the main problems with laser cutting equipment is related to the wrong setting of cutting par...
The medical device industry has created a big demand for laser micro machining. Flash-lamp pump soli...
The coronary stent fabrication requires a high-precision profile cut. Fibre lasers present a solutio...
Laser cutting of NIMONIC 263 sheet was investigated by using a 100 W Yb:YAG fiber laser. The study w...
The main objective of this study is to investigate the micro-milling performance of the AISI H13 wit...
This bachelor thesis deals with optimization of process parameters of laser CNC center. An IPG YLS-5...
Theoretical part of the thesis provides an overview of the most often used laser devices in industry...
In this Master of Science Thesis is researched Corelase Oy's performance of ARM fiber laser source’s...
Over the recent years the novel fiber laser technology and its potentials have been exciting laser m...
Abstract—the recent up gradation of newer and high strength materials have made the machining task i...
AbstractA systematic experimental investigation of fiber laser cutting stainless steel in a wide ran...
A systematic experimental investigation of fiber laser cutting stainless steel in a wide range of ma...
Laser cutting is a key technology for the medical devices industry, providing the flexibility, and p...
AbstractThe design of coronary stents imposes high demands in terms of dimensional tolerance and sur...
Magnesium alloys are of increasing interest in the medical industry due to their biodegradability pr...
One of the main problems with laser cutting equipment is related to the wrong setting of cutting par...
The medical device industry has created a big demand for laser micro machining. Flash-lamp pump soli...
The coronary stent fabrication requires a high-precision profile cut. Fibre lasers present a solutio...
Laser cutting of NIMONIC 263 sheet was investigated by using a 100 W Yb:YAG fiber laser. The study w...
The main objective of this study is to investigate the micro-milling performance of the AISI H13 wit...
This bachelor thesis deals with optimization of process parameters of laser CNC center. An IPG YLS-5...
Theoretical part of the thesis provides an overview of the most often used laser devices in industry...
In this Master of Science Thesis is researched Corelase Oy's performance of ARM fiber laser source’s...
Over the recent years the novel fiber laser technology and its potentials have been exciting laser m...
Abstract—the recent up gradation of newer and high strength materials have made the machining task i...
AbstractA systematic experimental investigation of fiber laser cutting stainless steel in a wide ran...
A systematic experimental investigation of fiber laser cutting stainless steel in a wide range of ma...