An open microbial bioreactor for growing cultures of about 1L.
Project in progress by Open Bioeconomy Lab
Quality microcentrifuges are generally too expensive for most people to afford. This project aims to provide a low-cost alternative.
Project in progress by kemfic
Ultra low-cost flow-through photometer for on-line measurements of bacterial density.
by Alex Kutschera
Corolla is a lamp that can be adjusted to focus its light on a reading/working spot or to spread light around for ambient lighting.
Project in progress by Sebastian Groza
Allows students, educators, and hobbyists to learn about biomedicine by monitoring heart rate, temperature, and other physiological metrics.
Project in progress by Orlando Hoilett
ADITI is a connected bodysuit heating enabled incubator for preterm infants measuring ECG, Heart Rate, SpO2, Temp & Respiration comfortably.
Project tutorial by Team ADITI
A arduino robot that walks just like an ant. This form of locomotion has never been used before.
Project showcase by Stephane Hatgis-kessell
Automated colour transmission and reflection measurement system for quantifying results of measurements with a colour change.
Project in progress by Eric Lowe
If you want a device that could measure your heart beat and plot its curve trace on an OLED display, then this will be your best guide.
Project tutorial by MEGA DAS
Thermally insulated box that maintains sensitive samples like vaccines and cells at the desired temperature via battery or 12V sources.
Project tutorial by Viola Introini and Dean Kos
Macrophotography of fern gametophytes using a DIY focus stacking system.
Project tutorial by Jennifer Deegan
Incubator that can be fabricated in a typical makerspace at a low cost while achieving the same performance as commercial units.
Project in progress by Biomaker Challenge 2017: Team 41
Multichamber real-time imaging device for cell cultures under different conditions. For: Isthmus Engineering Award, Best Project Award.
Project in progress by 3 developers
A sensor-pump system which would be able to adjust drug output of aminoglycosides based on real time sensing of drug in plasma.
Project in progress by Biomaker Challenge 2017: Team 14
Our device, the Oscillostat, continuously evolves bacteria while oscillating between selective pressures to mimic fluctuating environments.
Project in progress by Jarrod Shilts and Om Patange
An Arduino-based chemostat controlling cell growth in a MFC (Microbial Fuel Cell). [Currently this page is a WIP, busy being updated. ]
Project in progress by Fransie Streicher and Kaamil-Inaam Naicker
A raspberry pi based cereal phenotyping device
Project in progress by MacroImager
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