The hidden risk in laboratory environments
In laboratories dedicated to chemistry, pharmaceuticals, or analytical testing – whether for water quality, food safety, or chemical substances – accuracy is everything. Even the most advanced instruments are useless if temperature and humidity fluctuate outside acceptable ranges.
What can go wrong
A deviation of just 0.5°C in a stability chamber can compromise the effectiveness of a drug sample under study. In microbiological testing, excessive humidity can accelerate bacterial growth, contaminating samples and invalidating entire projects.
Consequences include:
- Wasted reagents and samples, often costly.
- Delays in research and production cycles.
- Compromised safety and unreliable results.
Regulations and compliance
International standards require laboratories to:
- Keep temperature and humidity within strict ranges.
- Continuously log and store environmental data.
- Guarantee data traceability for audits and certifications.
Manual checks or occasional measurements, however, leave dangerous gaps where anomalies can remain unnoticed.
Why 24/7 remote monitoring matters
Only continuous, real-time monitoring ensures immediate detection of anomalies. By receiving alerts as soon as values deviate, managers can act before problems escalate.
How IoT makes the difference
The Briki HT Logger by Meteca is built for this need:
- High accuracy: ±0.15°C and ±2% RH.
- Always connected: Wi-Fi/BT to cloud.
- Continuous recording: local storage + cloud sync.
- Configurable alerts: customizable thresholds and notifications.
In a sector where precision is non-negotiable, continuous monitoring is no longer optional but a standard of quality. By combining accuracy, connectivity, and reliability, solutions like the Briki HT Logger help laboratories protect results, ensure compliance, and work with greater efficiency.
Continuous control means fewer risks, less waste, and more trust in the outcome of every process.