See inside your bioprocess, in real time.
InSpek's in-line photonic sensors give you continuous, multiparameter data from inside the reactor. No sampling, no delays, no blind spots.
Detect deviations early. Improve yield. Scale with confidence.
Continuous, in-line sensing — not sampling
InSpek uses photonic (Raman spectroscopy) sensors mounted directly in your process to measure metabolites and chemical compounds continuously, in real time — down to the molecule. No extraction, no offline lab, no waiting.
One sensing platform, multiple parameters, streaming data the whole time your process runs.
Why this matters now
Bioprocesses are growing more complex — from biologics to cell and gene therapies. But most teams still monitor them the same way they did a decade ago: pull a sample, send it to a lab, wait for results, react after the fact. By the time you see a deviation, it's already cost you yield.
You can't control what you can't see.
Bring real-time visibility into your process
Start with a pilot. See what your process has been hiding.
Frequently asked questions
Quick answers to common questions about InSpek's technology, product, and applications.
What does InSpek actually do?
InSpek provides real-time multiparameter monitoring inside industrial processes. The system delivers continuous, in-line data on what is happening inside the process — enabling earlier detection of deviations, better process understanding, and tighter control.
How is this different from traditional monitoring?
Traditional monitoring relies on intermittent sampling, offline lab analysis, and delayed results. InSpek replaces this with continuous, in-line measurement and high-frequency, high-quality data. The result: earlier insight, faster decisions, and better outcomes.
What parameters can you measure?
Today, InSpek focuses on real-time multiparameter monitoring of metabolites and chemical compounds. The roadmap expands toward additional critical process parameters including pH, dissolved oxygen, temperature, and biomass — all integrated within a unified sensing architecture.
How do we get started?
We typically begin with a discussion of your process and objectives, identification of the most relevant parameters, and a pilot or proof-of-concept. Get in touch to scope a conversation.
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