A non-lithographic process of rapidly fabricating metallic micromold masters for the manufacture of disposable polymer microfluidic devices is presented in this paper. The developed technique exploits the precision material removal capabilities of industrial lasers to cut accurate profiles of microfeatures (e.g., liquid flow microchannels, reservoirs, passive micromixers) from thin metallic sheets. The machined micropatterns are then laser welded onto a metal substrate to form the final functional mold master. Multiple versions of the functional device are replicated from the assembled master by either soft molding polydimethylsiloxane or hot embossing polymethyl methacrylate. Several metallic micromold masters and polymer replicas are test...
Disposable microfluidic systems are used to avoid sample contamination in a variety of medical and e...
As a sequential production method, laser technology is considered not to be a competitor to establis...
This paper will show the realization of micro structures in polymeric materials including the prepar...
Lab-on-a-chip (LOC) and other microfluidic devices for medical applications need to be mass produced...
A low cost manufacturing method for creating polymer microfluidic devices with microfeatures that ha...
A method of creating metallic micromolds with features that have high-aspect ratios is described in ...
Microfluidic devices in polymeric materials can be achieved with high throughput by means of casting...
Microfluidic devices in polymeric materials can be achieved with high throughput by means of casting...
A method for rapid fabrication of mold masters for soft-molding of polydimethylsiloxane (PDMS) micro...
Microfluidic devices in polymeric materials can be achieved with high throughput by means of casting...
This paper presents results obtained from our studies on the 3D laser micromachining and micromillin...
International audienceCO -laser-assisted micro-patterning has a great potential for the rapid manufa...
In this work we present a micro manufacturing platform for the production of polymeric microfluidic ...
In this work we present a micro manufacturing platform for the production of polymeric microfluidic ...
For high precision fabrication of fine structures and for making fine surface textures - a predefine...
Disposable microfluidic systems are used to avoid sample contamination in a variety of medical and e...
As a sequential production method, laser technology is considered not to be a competitor to establis...
This paper will show the realization of micro structures in polymeric materials including the prepar...
Lab-on-a-chip (LOC) and other microfluidic devices for medical applications need to be mass produced...
A low cost manufacturing method for creating polymer microfluidic devices with microfeatures that ha...
A method of creating metallic micromolds with features that have high-aspect ratios is described in ...
Microfluidic devices in polymeric materials can be achieved with high throughput by means of casting...
Microfluidic devices in polymeric materials can be achieved with high throughput by means of casting...
A method for rapid fabrication of mold masters for soft-molding of polydimethylsiloxane (PDMS) micro...
Microfluidic devices in polymeric materials can be achieved with high throughput by means of casting...
This paper presents results obtained from our studies on the 3D laser micromachining and micromillin...
International audienceCO -laser-assisted micro-patterning has a great potential for the rapid manufa...
In this work we present a micro manufacturing platform for the production of polymeric microfluidic ...
In this work we present a micro manufacturing platform for the production of polymeric microfluidic ...
For high precision fabrication of fine structures and for making fine surface textures - a predefine...
Disposable microfluidic systems are used to avoid sample contamination in a variety of medical and e...
As a sequential production method, laser technology is considered not to be a competitor to establis...
This paper will show the realization of micro structures in polymeric materials including the prepar...