Abstract—Laser micromachining has been widely applied in the fabrication, production and manufacturing of Micro Electro Mechan-ical Systems (MEMS). It uses photo thermal melting or ablation to fabricate a microstructure. The use of heat as a means of material removal has various negative effects on different materials. Distortion of the material is one of the negative effects, especially polymers. Polymers are often used in medical devices, microelectronic and sensor industries where high precision and high quality is required. During laser cutting of polymers, bulges are formed mainly due to resolidification of molten material in the working zone and temperature difference between the heat affected zone and the heat unaffected zone. A math...
Laser beam machining (LBM) is a promising and high accuracy machining technology in advanced manufac...
This article presents some possibilities of laser micro-machining. Results of the laser micro-machin...
Laser milling is a recent technology adopted in rapid prototyping to produce tools, molds, and polym...
Laser micromachining has many technological advantages compared to conventional technologies, includ...
The paper focuses on the issue of microprocessing of polymer materials by laser. Specifically, the t...
This article deals with the area of non-conventional technologies, in particular CO2 laser micro-mac...
The polymethylmetacrylate samples were exposed to laser beams of various types of lasers. The modifi...
Laser micromachining has many technological advantages compared to conventional technologies, includ...
The paper deals with possibilities of using the laser in technologies, below it describes problems o...
The CO(2) laser cutting of three polymeric materials namely polypropylene (PP), polycarbonate (PC) a...
Laser micromachining has emerged as a promising technique for mass production of microfluidic device...
The paper deals with possibilities of using the laser in technologies. The parametric temperature fi...
The parametric thermal field analyses were realized by the finite element method. The analysis was r...
Laser-assisted mechanical micromachining offers the ability to machine difficult-to-cut materials, l...
One of the most frequently evolving areas of research is the utilization of lasers for micro-manufac...
Laser beam machining (LBM) is a promising and high accuracy machining technology in advanced manufac...
This article presents some possibilities of laser micro-machining. Results of the laser micro-machin...
Laser milling is a recent technology adopted in rapid prototyping to produce tools, molds, and polym...
Laser micromachining has many technological advantages compared to conventional technologies, includ...
The paper focuses on the issue of microprocessing of polymer materials by laser. Specifically, the t...
This article deals with the area of non-conventional technologies, in particular CO2 laser micro-mac...
The polymethylmetacrylate samples were exposed to laser beams of various types of lasers. The modifi...
Laser micromachining has many technological advantages compared to conventional technologies, includ...
The paper deals with possibilities of using the laser in technologies, below it describes problems o...
The CO(2) laser cutting of three polymeric materials namely polypropylene (PP), polycarbonate (PC) a...
Laser micromachining has emerged as a promising technique for mass production of microfluidic device...
The paper deals with possibilities of using the laser in technologies. The parametric temperature fi...
The parametric thermal field analyses were realized by the finite element method. The analysis was r...
Laser-assisted mechanical micromachining offers the ability to machine difficult-to-cut materials, l...
One of the most frequently evolving areas of research is the utilization of lasers for micro-manufac...
Laser beam machining (LBM) is a promising and high accuracy machining technology in advanced manufac...
This article presents some possibilities of laser micro-machining. Results of the laser micro-machin...
Laser milling is a recent technology adopted in rapid prototyping to produce tools, molds, and polym...