HUMAN BIOLOGY. CONNECTED INTELLIGENCE.
Platforms
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From organ-on-chip models and controlled experiments to AI orchestration: a shared infrastructure for human validation and connected discovery.
Dimensions
211 × 250 × 76 mm
Chip capacity
6 chips
Flow rate
1.0–100.0 µL/min
Flow rate accuracy
±20%
Power supply
AC 110–220 V
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Ready-to-deploy dynamic perfusion culture.
MPS-LITE
Establish long-term perfusion culture for functional 3D tissues with controlled flow and shear stress. The modular platform supports single-cell and co-culture studies with primary cells or cell lines, and fits standard cell-culture incubators.
IN YOUR WORKFLOW
Plug-and-play
Simplify initial setup & start your organ-on-chip workflow.
Dynamic perfusion
Maintain flow conditions for long-term tissue culture.
Real-time imaging
Observe cellular responses with compatible microscopy.
Contact the team for model-specific specifications and availability.
Chip capacity
6 chips
Particle size
<5 µm
Exposure volume
≥200 µL
Flow rate
20 mL/min
Exposure duration
5–10 min
Patent
US11732230B2
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Precise aerosol delivery for inhaled-drug research.
MPS-CORE
Deliver aerosols to lung-on-chip tissues at an air–liquid interface. Dynamic airflow supports studies of deposition, absorption and clearance for inhalable treatments including liposomes and nanoparticles.
IN YOUR WORKFLOW
Air–liquid interface
Expose cultured respiratory tissue under dynamic airflow.
Low nebulization volume
Plan aerosol exposure from a minimum volume of 200 µL.
Single-use components
Incorporate disposable components into the exposure workflow.
Contact the team for model-specific specifications and availability.
Chip capacity
6 chips
Measurement principle
EIS
Frequency range
10 µHz–200 kHz
AC amplitude range
1–900 mV RMS
Monitoring interval
0.1 s
Data visualization
Bode, Nyquist & time-course plots
Data export
Excel & CSV
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Real-time, label-free barrier assessment.
MPS-PRO
Track tissue barrier formation, maturation and disruption through electrical impedance spectroscopy (EIS). Non-destructive measurements support longitudinal evaluation of responses to drugs, chemicals and environmental stimuli.
IN YOUR WORKFLOW
Real-time sensing
Connect electrical barrier measurements with live-cell imaging.
Barrier monitoring
Follow formation, maturation and changes in tissue integrity.
Drug response
Compare longitudinal electrical responses across study conditions.
Contact the team for model-specific specifications and availability.