OMIS is a 3D tool for performing small-scale chemical synthesis and analysis. The system is Arduino-based and consists of an automated syringe pump run by a cheap stepper motor and reaction vessels. The design is meant to allow for fabrication” in one day”, and can pump fluids at rates between 60 and 300 μL/min. The paper, […]
Tag: Microfluidics
OpenDrop
OpenDrop, now in its third version, is an open source digital microfludics platform based off electrowetting technologies, that can confine and move droplets of liquid. The device is made by GaudiLabs, the source of Generic Lab Equipment. The platforms best first impression is probably this software demonstration video: OpenDrop is open source, which means a github […]
Low-cost Rapid Prototyping of Flexible Microfluidic Devices
The LabOnTheCheap blog came about as a result of explaining to various groups that we made microfluidic chambers using parafilm with a $150 knife printer , and then sealed the microfluidic device with UV glue cured by a $10 UV nail dryer. With this website, all I have to do is send someone the link […]
Fluid exchange with LEGOs and ImageJ: NanoJ-Fluidics
We’ve been over-covering DIY syringe pumps for awhile now, but this LEGO based solutions is a lot more than just the delightful idea to use LEGOs for syringe pumps. NanoJ-Fluidics consists of three parts, a LEGO based, multiplexable syringe pump system, a liquid exchange system to cell culture dishes, and an electronic and software control […]
Frugal Science in the Age of Curiosity – Manu Prakash
A couple weeks ago we posted about Punch Card Programmable Microfluidics, and long before that we posted about an early version of the Foldscope and we posted on my personal favorite of the bunch, the paperfuge. All of these are projects of Dr. Manu Prakash, whom we recently saw talk at the Marine Biological Laboratory […]