Enabling Technologies for Continuous Control and Automation
Our Technology
Proprietary tunable laser technologies
Achieve optimal power at every wavelength with Nirrin’s tunable lasers
Nirrin’s proprietary lasers are designed with built-in, patented wavelength and amplitude technology to deliver long-term stability and transferability of analysis methods.
Optimized optical probes and form factors
Yield optimal signal-to-noise with easy-to-use form factors, across all bioprocess platforms.
Nirrin probes are built with patented, optical designs and are compatible with our best-in-class lasers.
Systems with intelligent analytics
Nirrin makes it easy to build spectroscopic and chemometric models for your processes.
Nirrin leverages intelligent analytics with scale- and cell-agnostic lasers, probes, and software offer an out-of-the-box solution that does not require full-run calibration.
Our Products
- All
- Upstream
- Downstream
- Software
CellStat
- Utilizing Nirrin’s patented trueAIM™ technology, obtain viable cell density and total cell density in real-time, in a single probe
- Eliminate the need to buy two separate probes for two separate measurements
- Increase ROI over leading biomass and capacitance sensors
NXT
- Real-time protein titer measurements with best-in-class dynamic range, accuracy and precision
- Simultaneously measure excipient concentrations and protein titer without dilution for accurate formulations
- Fast, accurate, and easy to use system enables shorter process development time
Upstream - Fed Batch or Perfusion
- Monitor critical bioprocess parameters (i.e. glucose and lactate) with our in-situ 12mm probes and/or flow cells.
- Maintain control of your process with pre-packaged, robust calibration
- Reduce process development times and design of experiments
bioLogYx®
- Easy-to-use software for operating all Nirrin systems
- Configure system outputs for digital or analog communications to data historians or pump controllers
- Never build chemometric or spectroscopic models again
Nirrin is building the foundation to enable continuous control and automation with real-time, actionable bioreactor data.