Microfluidics is a modern technology that adjusts tiny amounts of liquids in the series of 10 − 9 to 10 − 18 L with networks with measurements varying from 10s to thousands of micrometers[1,2] Microfluidics uses benefits by enabling evaluation and trial and error with tiny liquid amounts, leading to reduced expenditures when using pricey speculative and logical materials. Microfluidics is used in a selection of areas, consisting of evaluations such as electrochemical noticing [3] and ecological tracking [4], the generation of beads for bead electronic polymerase domino effect (ddPCR) [5], medicine testing [6,7], and cell testing [8], in addition to in cell society [9] and organ-on-a-chip system [10], DNA evaluation [11,12], and gas cells [13].
发布者：Se Been Park Joong Ho Shin，转转请注明出处：https://robotalks.cn/open-source-spring-driven-syringe-pump-with-3d-printed-components-for-microfluidic-applications/
