A dedicated sensor layer turns metabolic state into a live process signal, connected directly to the control stack at the vessel wall.
The sensor sits in the process and reads it continuously. Getting that reading out is deliberately not tied to one route: USB-C, Bluetooth and Wi-Fi are all on the unit.
n!Biomachines Sensors move metabolic readout into the reactor, where the culture is changing, and turn that state into a continuous in-line signal for the control stack.
Electrochemical sensing elements sit in the process and read the metabolic state of the culture as it happens.
Sensor CAD →Each channel is dedicated to a single analyte, creating a clear signal path from culture chemistry to process data.
Capabilities →The signal stays connected to the process, ready for inference, comparison, and control as the culture changes.
Deployment →The sensor layer is designed for in-line biochemical readout: dedicated channels, standard process access, and validation across culture systems.
n!Biomachines Sensors integrate natively with AUXO V systems and retrofit onto existing third-party bioreactor infrastructure through standard sensor ports. No hardware replacement. No disruption to qualified process equipment.
IntegratedDirect integration with the n!Biomachines stack and the reactor-side control architecture.
RetrofitInstallation through standard sensor ports on existing major vendor platforms without replacing qualified equipment.
From 30 µm to standard probe.
Geometry and fitting built to fit.
Configured, not fixed.
Your panel, not ours.
Measurement positionIn-line at the vessel wallSignal modelContinuous electrochemical detectionChannel architectureDedicated channel per analyteProcess fitStandard sensor portsRetrofit pathThird-party bioreactor infrastructure
