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 […]
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 […]
Here’s a nifty idea published in PLOS by George Korir and Manu Prakash. 15 on-chip pumps controlled by a punch card cranked by hand. While the original design is specifically geared towards ease of distribution, one could replace the hand crank with a cheap stepper motor for more reliable control.
We’ve covered making your own syringe pumps before, but we’d like to draw your attention to this amazing write up by DropletKitchen to make push-only syringe pumps. Since this is the second post from DropletKitchen, consider perusing their various projects.
An anonymous reader emailed us to share a small DIY microfluidic rig equipped with inexpensive board cameras. The chassis is mainly made out of laser-cut acrylic sheets, M6 nuts, and bolts. This GitHub page gives a comprehensive list of components complete with their cost, and instructions on how to assemble them.