The Daisy Process module lets you plug up to four Hamilton ARC probes — pH, dissolved-oxygen, CO2, ORP, conductivity, or cell-density — into one palm-sized hub, instantly turning any flask, perfusion loop, or pilot reactor into a smart, data-rich system. ARC sensors carry their own micro-transmitters, so they communicate directly with Daisy over digital Modbus lines—no bulky field transmitters or extra wiring required.
Set-up is as simple as threading the VP8 cable from the selected probe into one of the four ports on top of Daisy Process. Live readings appear on the Daisy Controller Software in seconds. Because each probe stores its own calibration and diagnostics, you can swap sensors between runs without a full recalibration, drastically reducing downtime. The Hamilton ARC probes even feature an optional Bluetooth wireless module, allowing technicians to verify performance with a phone or tablet while the experiment continues running.
ARC families span OneFerm pH, VisiFerm DO, Conducell conductivity, and Incyte viable-cell sensors, providing a single ecosystem for nearly every liquid parameter. Whether you’re monitoring tight glucose feeds in a 250 mL yeast fermenter or trace-level oxygen in a 2 L wave bag, Daisy Process captures high-resolution data for real-time process control, in conjunction with other Daisy instruments.
Imagine pairing two OneFerm pH probes with a VisiFerm DO in a benchtop bioreactor—Daisy maintains setpoints while a Daisy Peri-T pump meters glucose to keep biomass on track. In tissue-engineering loops, an Incyte cell-density sensor and conductivity probe guide media exchanges through Daisy Val selector manifolds, preserving viability without manual sampling.
Process chemists can integrate Daisy Process into a titration skid: together with other Daisy modules, the system can log pH, adjust reagent valves, and hand off an aliquot to a Daisy Gantry for downstream LC-MS prep—all without PLC coding. Environmental teams can clip a VisiWater DO Arc into a stream monitor alongside a conductivity sensor to watch seasonal shifts in real-time. The applications are limitless.
If more than four sensors are required, simply add another Daisy Process module to your Daisy network. Entire processing or manufacturing facilities with numerous batch chambers can be monitored and controlled via a single computer using the Daisy system.
The Daisy Process module brings full flexibility and affordability to processing and bioreactor applications. Get yours today!
