Comix Corilois Microreactor
Application Report
CoMix
Corilois Microreactor
The mixing module (left) can be operated in a standard lab centrifuge. Liquid educts / reactants are continuously
injected into reservoirs mounted on the rotating module where they are contacted and mixed within microfluidic
channels. At last, the mixing / reaction product may be expelled in a contact-free fashion towards the stationary
receiving vessel (product drainage, shown) or collected on a disk-mounted receiving vessel (not shown).
www.coriolis-microreactor.com
Parameter
Value / Range
Comments
Characteristic mixing
1 ms
Due to special mixing effect in centrifugal system (“Coriolis stirring”)
time
Throughput per channel
0 – 60 ml/min
Throughput per mixing-
Numbering-up of several identical microchannels
0 – 6 l/min
module
Residence time in
The residence time can be extended by ejection into a conventional
< 100 ms
microchannel
stirred tank
Volume for batch-
0.1 – 15 ml
For testing reactions at minimized reactant consumption
process
Pre-tempering of liquid
< 70°C
Preheating in continuous operation mode
reactants
polymers glass,
Channel materials
Basically any material that can be precision machined
metals
Liquid-liquid
Fast reacting Monodisperse emulsions Foams / gas-liquid contact-
Fluidic systems
Immiscible liq-
uids Gas-Liquid ing
Rotational frequencies
< 120 Hz
Limited by maximum spinning frequency of rotary drive unit
HSG-IMIT
Your Contact Person
Institut für Mikro- und
Phone:
+49 7721 943-0
Dr. Felix von Stetten
Informationstechnik
Fax:
+49 7721 943-210
Info
Phone: +49 761 203 7393
Wilhelm-Schickard-Str. 10
E-Mail:
info@hsg-imit.de
E-Mail: felix.von.stetten@hsg-imit.de
D-78052 Villingen-Schwenningen
Website: www.hsg-imit.de
