Micro-Fluidics Interest Group

In the column on the right you will find useful information about the manufacturing of micro-fluidic devices.

Below you will find recent posts on the 4M Association which are considered to be of interest to the Micro-fluidics Interest Group.

Nickel-Phosphorous (NiP)

material properties:
thermal stability up to 600°C
most relevant chemical non-resistance: nitric acid
optical transparency: no

process parameters:
temperature: 90°C
used chemicals: nickel sulphate
layer thickness: unlimited

Process Details

used material: 2-hydroxyethyl methacrylate

material properties:
most relevant chemical non-resistance: hydrophilic

process parameters:
temperature: room temperature
processing: spin-coating followed by plasma polymerization
coating to increase wettability (hydrophilicity) and prevent non-biofouling

Process Details

process parameters:
temperature: roomtemp.
used chemicals: ammonium fluoride
notes: Dip to remove native O2

RAL

process parameters:
used chemicals: Oxygen plasma
flow rate of gas: up to 200 sccm
RF plasma: up to 300 W

FEMTO-ST

process parameters:
used chemicals: Oxygen plasma
flow rate of gas: 20 sccm
RF plasma: 100-150 W

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