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HUMAN BIOLOGY. CONNECTED INTELLIGENCE.

Anivance Platform

MPS-LITEMPS-LITE six-chip fluidics configuration
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

Maintain long-term perfusion culture of 3D tissues with controlled flow and shear stress. Fits standard cell-culture incubators.

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IN YOUR WORKFLOW

  1. Plug-and-play

    Simplify initial setup and start your organ-on-chip workflow.

  2. Dynamic perfusion

    Maintain flow conditions for long-term tissue culture.

  3. Real-time imaging

    Observe cellular responses with compatible microscopy.

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MPS-CORE
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 to study deposition, absorption and clearance.

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IN YOUR WORKFLOW

  1. Air–liquid interface

    Expose cultured respiratory tissue under dynamic airflow.

  2. Low nebulization volume

    Plan aerosol exposure from a minimum volume of 200 µL.

  3. Single-use components

    Incorporate disposable components into the exposure workflow.

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MPS-PROMPS-PRO electrode module
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 and changes with electrical impedance spectroscopy (EIS) for non-destructive, longitudinal measurements.

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IN YOUR WORKFLOW

  1. Real-time sensing

    Connect electrical barrier measurements with live-cell imaging.

  2. Barrier monitoring

    Follow formation, maturation and changes in tissue integrity.

  3. Drug response

    Compare longitudinal electrical responses across study conditions.

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