Add to ORKGThis paper presents a low cost hot embossing press and optimization of the process parameters for fabrication of microfluidic chips. For testing purposes, we fabricated a mold made of brass using micro milling process. By utilizing Taguchi method we found that 200 µm wide channels on polymethylmethacrylate (PMMA) substrates can be obtained by applying 240 bars for 6 min. under 180oC. Total cycle time per one chip is measured as 11 min
In this study, effects of embossing temperature, time, and force on production of a microfluidic dev...
Microfluidic devices have been widely used for biomedical and biochemical applications. Due to its u...
Low cost alternatives with efficient fabrication of microfluidic devices are crucial for supporti...
After years of development, microfluidic device are currently reaching the critical transition perio...
After years of development, microfluidic device are currently reaching the critical transition perio...
This project focuses on optimizing the micro hot embossing process of transferring micro features fr...
A micro roller hot embossing process creates microstructures and patterns on polymeric materials for...
In today industrial, Micro-Electro-Mechanical Systems (MEMS) technology is commonly used. For commer...
This paper reports an attempt to produce thin embossing mould by using micro-milling process and sub...
With advancement in technology, many devices are now made smaller, more efficient and yet remain cos...
Since the commercialization of microtechnology, low cost production together with reliable and ef...
Since the commercialization of microtechnology, low cost production together with reliable and ef...
With advancement in technology, many devices are now made smaller, more efficient and yet remain cos...
Hot embossing is an effective method for transferring micro-features in mold to plastic film or plat...
Microfluidic devices have been widely used for biomedical and biochemical applications. Due to its u...
In this study, effects of embossing temperature, time, and force on production of a microfluidic dev...
Microfluidic devices have been widely used for biomedical and biochemical applications. Due to its u...
Low cost alternatives with efficient fabrication of microfluidic devices are crucial for supporti...
After years of development, microfluidic device are currently reaching the critical transition perio...
After years of development, microfluidic device are currently reaching the critical transition perio...
This project focuses on optimizing the micro hot embossing process of transferring micro features fr...
A micro roller hot embossing process creates microstructures and patterns on polymeric materials for...
In today industrial, Micro-Electro-Mechanical Systems (MEMS) technology is commonly used. For commer...
This paper reports an attempt to produce thin embossing mould by using micro-milling process and sub...
With advancement in technology, many devices are now made smaller, more efficient and yet remain cos...
Since the commercialization of microtechnology, low cost production together with reliable and ef...
Since the commercialization of microtechnology, low cost production together with reliable and ef...
With advancement in technology, many devices are now made smaller, more efficient and yet remain cos...
Hot embossing is an effective method for transferring micro-features in mold to plastic film or plat...
Microfluidic devices have been widely used for biomedical and biochemical applications. Due to its u...
In this study, effects of embossing temperature, time, and force on production of a microfluidic dev...
Microfluidic devices have been widely used for biomedical and biochemical applications. Due to its u...
Low cost alternatives with efficient fabrication of microfluidic devices are crucial for supporti...