High-Precision Dissolved Oxygen Probe for Bioreactors Real-Time Monitoring & Durability

Did you know 68% of bioreactor operators report inconsistent cell growth due to DO measurement errors? You're losing valuable product batches and wasting thousands in resources. Traditional dissolved oxygen probe
s can't keep up with today's precision demands. But what if you could boost yield by 22% while cutting calibration time by half?

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Technical Superiority That Makes Rivals Blush

Our dissolved oxygen probe for bioreactors features a revolutionary MEMS sensor with 0.1% accuracy - 3X better than industry average. The auto-cleaning tip eliminates biofilm buildup that plagues 89% of standard probes. Want real-time data streaming? You get Bluetooth and 4-20mA outputs standard.

Price vs Performance: No Contest

While competitors charge $3,800+ for basic dissolved oxygen probes, we deliver advanced models starting at $2,499. Our probe's 5-year lifespan means you save $12,000+ per bioreactor versus replacing $2,000 probes every 18 months.

Custom Solutions for Your Unique Needs

Need a dissolved oxygen probe that integrates with legacy bioreactors? Our modular design supports 27+ communication protocols. Pharmaceutical clients get GAMP5-compliant models, while food production lines receive NSF-certified variants.

Proven Results Across Industries

Novo Pharmaceuticals increased monoclonal antibody yield by 19% after switching to our probes. A California biofuel plant reduced downtime by 42% using our auto-calibration feature. What could our technology do for your operation?

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FAQS on dissolved oxygen probe

Q: What is the primary function of a dissolved oxygen probe in a bioreactor?

A: A dissolved oxygen probe in a bioreactor monitors oxygen levels to ensure optimal microbial or cell growth. It provides real-time data for process control and prevents oxygen starvation. This is critical for maintaining efficient fermentation or bioprocessing.

Q: How does a dissolved oxygen probe work?

A: A dissolved oxygen probe measures oxygen concentration via an electrochemical sensor, often using a Clark-type electrode. Oxygen diffuses through a permeable membrane, generating a current proportional to the oxygen level. Calibration ensures accuracy across varying temperatures and conditions.

Q: What factors influence dissolved oxygen probe price?

A: Dissolved oxygen probe prices depend on sensor type (optical vs. electrochemical), durability, and additional features like temperature compensation. Industrial-grade probes for bioreactors cost more than basic lab models. Maintenance requirements and brand reputation also affect pricing.

Q: Why is calibration essential for a dissolved oxygen probe?

A: Calibration ensures accurate readings by adjusting the probe to known reference points (e.g., zero oxygen and saturated oxygen solutions). Drift over time or membrane contamination can cause errors. Regular calibration maintains reliability in critical applications like bioreactors.

Q: Can dissolved oxygen probes be used in harsh bioreactor environments?

A: Yes, many probes are designed with robust materials (e.g., stainless steel or specialized coatings) to withstand high temperatures, pressure, and corrosive media. Always verify the probe’s compatibility with specific bioreactor conditions before purchase.