Organ-on-Chip — Human-Relevant Models

01 ORGAN-ON-CHIP

Start with the biology. Choose the organ-on-chip configuration that fits your study.

Build your tissue model on S-Series.

Match S-Series to your tissue model, culture interface and study readouts.

001 IN YOUR WORKFLOW

Model requirements
Define the tissue arrangement and culture conditions for your study.
Configuration consultation
Discuss chip specifications, connections and supported measurements.

Electrode-integrated organ-on-chip.

E-Series integrates electrodes into the chip for electrical measurements of the biological model.

001 IN YOUR WORKFLOW

Integrated electrodes
An electrode-integrated chip architecture makes the measurement interface part of the model setup.
Measurement-led study design
Define the electrical readouts needed to study the model response, then confirm the measurement method and system compatibility.

One multi-chip unit, corresponding to nine conventional chips.

H-Series brings a multi-chip approach to studies that need more experimental conditions or replicates.

One unit corresponds to nine conventional chips, offering a consolidated setup compared with working with individual chips.

001 IN YOUR WORKFLOW

Multi-chip architecture
One H-Series unit corresponds to nine conventional chips.
Plan conditions and replicates
Plan culture conditions, measurements and replicate groups in the multi-chip setup.