Automatization of liquid handling for cell cultures

such as culture medium replacement, perfusions, circulations, and reagent injections.

Regenerative Medicine Technology

As a manufacturer specialized in micropumps and microvalves, Takasago contributes to automation and industrialization of bio research, including cell culture, tissue culture, regenerative medicine and drug discovery, by utilizing its fluid control technologies.

Learn more about our Portable Medium Replacement System, the 3D Perfusion Unit, Live Cell Imaging Fluidic System and the possibility to develop own devices using miniaturized fluidic components like pump and valves from Takasago.

Portable Medium Replacement System

Automated replacement of culture medium at low cost!

Automatic medium replacement

Can be used in an incubator

Observable on a microscope

3h / 6h / 12h / 24h medium replacement interval

3D Perfusion Unit

Perfusion with shear stress. Keep tissues active for an extended period in a culture condition close to in vivo.

Perfusion culture can easily be handled in your existing incubator.

Strength of shear stress can be controlled

Accomidates to a standard 6-well plate

Live Cell Imaging Fluidic System

Automatic adjustment of reagent concentration gradient during live cell imaging.

Easily programmable from rapid medium exchange to gentle perfusion

Capable of slow and precise reagent addition

Products

Discover our microfluidic OEM products

Miniature pumps & valves for customized fluidic solutions

nl/min

minimum Flow

mm

minimum orifice size

RP-TX Series

Flowrate: 0,03 – 40µl/min
Tubing: Silicon | Olefine

Chip pump

Flowrate: 2 – 85µl/min
Wetted materials: PDMS
Pipe: Stainless Steel (optionally PEEK)

N(L)V Series

Orifice size: 0,4mm
Wetted Materials: FFKM | FPM
PEEK | PPS

RP-HX Pumps

Flowrate: 4 – 400 μl/min | 14-1100 µl/min
Tubing: Silicon

Piezo Pumps

Max. flowrate: 3,0 – 20ml/min
Wetted materials: COC and EPDM
PEEK, FFKM, PTFE

SMV valve

Orifice size: 0,4 mm | 0,8 mm
Wetted materials: FPM | EPDM | FFKM
PPS | PEEK