With MiiCraft, researchers can create microchannel structures within minutes. It provides researchers with a fast and convenient method to produce microfluidic structures to meet research needs.
We can see various printing samples in our gallery.
MiiCraft made its debut at MicroTAS 2014
In October 2014, MiiCraft participated in a full day seminar on "Microfabrication through 3D Printing" at the 18th International Conference on Chemical and Life Science Miniature Systems (MicroTAS 2014) held in Texas, USA. Dozens of researchers participated in this seminar to learn how to use MiiCraft to manufacture microchannel structures.
3D printing will completely change the field of microchannels, but few printers can print functional microstructures. MiiCraft is one of the few companies that can do it. 50 on all 3D dimensions μ The ability to geometrically construct m features is crucial for printing microchannel structures, which can be easily achieved through Miicraft. Fast printing time means that users can design and print out tiny structures within 3 hours. The ability of microstructure printing means that it can be easily applied to any manufacturing field. With MiiCraft, we can print almost any micro structure design - this changes our view of microchannel structures and opens up new possibilities for things we have not been able to achieve in recent years.
Michael Breakmore, University of Tasmania, Australia
*Disclaimer: Time consumption depends on the user's resolution settings.
≪ Reference> Research paper on the application of Miicraft and 3DP technology
Do you want to learn more about the research results of Miicraft products and 3DP technology?
Please refer to the following link:
two thousand and seventeen
Integrated capillary assisted pressure sensor for microfluidic circulation system
The influence of geometric parameters on flow switching frequency in 3D printed fluid oscillators containing different liquids
3D printing of organs on chips
two thousand and sixteen
3D printing microfluidic devices: drivers and obstacles
Characterization and evaluation of 3D printed microfluidic chips for cell processing
The 3D printing reactor can highly sensitively distinguish silver nanoparticles and ions in aqueous environmental samples
two thousand and fifteen
A new type of internal standard capillary electrophoresis pKa automatic analyzer
two thousand and fourteen
Cost effective 3D printing of visible transparent microchips in minutes - Analytical Chemistry (ACS publication)
3D printed sample loading/injection valve, capable of online monitoring of extracellular calcium and zinc ions in the brain of living rats
Microstructural solutions
The MiiCraft microstructure solution provides stable printing materials with reliable parameters.
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