Environmental monitoring plays a critical role in ensuring the optimal conditions required for successful In Vitro Fertilization procedures. The delicate nature of these procedures need a meticulous control over various environmental parameters to safeguard the integrity of gametes, embryos, and sensitive equipment. This solutions guide explores the essential environmental parameters monitored in IVF clinics to maintain a conducive and stable environment for fertility treatments as well as staff safety.
Find below solutions for:
- Complete IAQ Monitoring
- Room Temperature and Humidity
- Ambiental VOC
- Oxygen Depletion
- Environmental CO2
- Differential Pressure
HealthCube IAQ
A precise and complete solution for monitoring air quality by monitoring multiple parameters in real-time. Ideal for critical areas such as IVF laboratories and clean rooms where it is essential to maintain optimum air quality as well as ensure best conditions for patients, healthcare staff and embryonic development.
Requirements: Ethernet or Wi-FI Connection, Power Socket or PoE
Parameters monitored: Temperature, Humidity, PM1, PM2.5, PM10, CO2, VOC, Formaldehyde, Light and Noise.
For more information please check the hardware full details: HealthCube IAQ
Room Temperature and Humidity
Measure temperature and humidity levels within the laboratory to ensure accuracy in experimental outcomes.
Equipments Needed:
Requirements:
Ambiental VOC
Volatile Organic Compounds detection solution for Laboratories offering accurate and real-time monitoring capabilities tailored for scientific research and experimentation.
Equipments Needed:
Power Supply
Requirements:
1 Power Socket
Oxygen Depletion
A monitoring solution to measure room oxygen levels in cryopreservation scenarios where the process can lead to oxygen depletion.
Equipments Needed:
Power Supply
Requirements:
1 Power Socket
Environmental CO2
Implementing a monitoring solution to track and analyze room CO2 levels stemming from the operation of incubators.
Equipments Needed:
Power Supply
Requirements:
1 Power Socket
Differential Pressure
Solution for quantifying pressure differences between two chambers facilitated by air inflow/extraction systems.
Equipments Needed:
Differential Pressure Sensor
Power Supply
Requirements:
1 Power Socket
Was this article helpful?
That’s Great!
Thank you for your feedback
Sorry! We couldn't be helpful
Thank you for your feedback
Feedback sent
We appreciate your effort and will try to fix the article