top of page
Parallel Lines

Biomicrofluidics

Modular hard microfluidics devices

平台制作-poster.jpg

01

Modular microfluidics device

We designed a modular microfluidics device based on acrylic and glass tapered capillary. This modular device could be assembled in a very short time and reusable.

Biomicrofluidics 2019

02

Hollow microfibers with
s
traight/helical channel

I developed a double co-axial microfluidic device and discussed its flow-control method, e.g., the flow rates and liquid composition of every channel. As a result, I can fabricate hollow fiber with size and shape (straight or helical inner channel) on demand.

Biomicrofluidics - Hollow microfibers.gif

Biomicrofluidics 2019

Biomicrofluidics - Flow connector 1.png
Biomicrofluidics - Flow connector 2.gif

03

Flow connector for
micro-scale tube

In order to facilitate continuous perfusion in the micron-level inner tube via the same device, I proposed a seamless flow connector on the end of the newly formed hollow microfiber using the flow mode “Extraction”.

Biomicrofluidics 2019

04

Three-layer vessel structure
with nutrient vessel
embedded in the tubular wall

This microfluidic device was modified into a 3D printing nozzle that simultaneously controlled three different cells' suspensions. Subsequently, hybrid hollow microfibers were directionally arranged along an auxiliary collecting roller. 

Biomicrofluidics - vessel.png
Biomicrofluidics - 3D Printer.gif

Undergraduate Thesis

Biomicrofluidics - Future Applications 1.png
Biomicrofluidics - Future Applications 2.png

05

Future application for
modular microfluidic device

a) Triple co-axial microfluidic printer

b) Ultra-thin hollow microfiber for renal tubule simulation

c) Triple-layer microfiber with a helical hollow channel

d) Multi-layer droplet for drug delivery

Undergraduate Thesis

bottom of page