Our technologies are laser-focused on bio applications: cell biology, tissue engineering, regenerative medicine, biotech, and pharma.
Real-time pH and dissolved oxygen data accelerate R&D and serve as Critical Quality Attributes (CQAs) for product quality and process control in therapeutics manufacturing to meet regulatory requirements.
Affordable ID • Sensors are available for a wide range of T-flask and shake flask sizes, multi-well dishes and other culture plates. Agitation and environmental control can be added with the ID • Rocker Studio, ID • Shaker, ID • Reactor-Mammalian or the
ID • Reactor-Microbial.
Actionable, data-driven insights you can gain: when it’s time to split your cells, how often you should replace the media, how well-buffered your media is, if the dissolved oxygen levels are where they should be for your cell type and experimental objective, how agitation has impacted dissolved oxygen levels, and so much more!
Introducing real-time data about key factors such as pH and dissolved oxygen early in the development process can fast-track your project and reveal sub-optimal conditions you were not aware of.
Whether you’re growing primary cells, cell lines, or microbial cultures, you start with low-volume vessels such as petri dishes, flasks and well plates to find the most promising experimental design.
Our optical sensors can help you:
Depending on your culture vessel, we offer a wide range of products to choose from in the handy guide below. If you are further along the scaleup process and interested in incorporating our single-use optical sensors in your manufacturing line, fill out our application questionnaire to get connected.