Physical AI
Cellcraft IQ
Predict deviations, recommend the next action and progress from advisory to autonomous control.
The Cellcraft stack
Turning every bioreactor into a self-optimising system.
Four connected products built around one goal: making bioreactors intelligent.
One connected bioprocess ecosystem.
Use one product independently or connect the stack to move from measurement to intelligence to action.
Bioelectronics
EIS Sensors
Capture a richer, full-spectrum signal from the culture, live and in-line.
Biology
Cell Lines
Suspension-adapted cells developed for scalable bioprocessing and real-world validation.
Process economics
TEA / LCA Suite
Translate process decisions into live cost, investment and environmental impact scenarios.
Built in the real world
Developed on real cells, sensors and bioreactors.
Trained through our own bioprocess runs, Cellcraft IQ arrives ready to perform—no customer data or training period required.
Cell lines
Spontaneously immortalised porcine adipose derived stem cell lines for cultivated fat research.
Start with an adherent line with demonstrated adipogenic differentiation, or explore its suspension adapted derivative for agitated culture.
SIPAD.P01 · Adherent cell line
A reliable starting point for cultivated fat research.
A porcine adipose derived stem cell line that expands without genetic modification and differentiates into lipid accumulating adipocytes. The adherent line has demonstrated growth over more than 40 passages, with an average doubling time of 21 hours.
SIPAD.P01/S · Suspension adapted cell line
Take porcine fat cells into suspension culture.
Derived from SIPAD.P01 and adapted to grow as small aggregates under agitated conditions. Initial growth data across five passages show an average doubling time of 44 hours and 98% viability.
Technology partnerships and pilots
Work with us on your process.
We partner with biomanufacturers, equipment makers and technology providers, and we run risk free pilots on live bioreactors.
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