Automated temperature compliance

Validation. Calibration. Monitoring. with purpose-built precision sensors.

The fertility industry is evolving, we're powering the Digital Transformation.

Accurate temperature control

Why is it so critical within the media droplet for IVF success?

Controlling media droplet temperature in Petri dishes during manipulation remains challenging despite the use of heated surfaces. The media droplet temperature is influenced by a complex interaction of heated and non-heated surfaces, evaporation, heat transfer, radiation, dish design, and setup conditions, making surface temperature measurements alone insufficient.

Metrum Genie sensor-integrated dish probes overcome these limitations by directly measuring media droplet temperature under actual operating conditions, enabling accurate temperature control and precise calibration of heating equipment.

Measuring media droplet temperature in Petri dishes involves more than simply placing a probe in the dish. The design and characteristics of the temperature probe can influence both the measurement process and the temperature reading itself.

Achieve a precise 37°C in a media droplet

Enables direct temperature measurement in media droplets using our proprietary sensor-integrated Petri dish probes. This allows embryologists to precisely fine-tune heating equipment to maintain the critical 37 °C in the media droplet

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Complete Temperature Management Workflows

Metrum Live

Metrum Live turns Metrum Genie into a flexible laboratory thermometer by providing live measurements from connected sensors.

Connect a sensor to the module and view precise temperature readings in the console.
Use multiple sensors to monitor different equipment simultaneously, such as incubators, heated stages, and cryotanks.
Ideal for quick checks, validation, and day-to-day operations.

Metrum Live delivers immediate insight and supports routine QC.

Equipment Validation

Automated Equipment Validation verifies that the equipment operate within required temperature limits.

Select the equipment and sensor.
Define validation parameters (target temperature, acceptable deviation, and duration).
Start validation to validate the equipment automatically in real time.

Validations can be scheduled daily, weekly, or monthly, ensuring routine QC is performed consistently without manual intervention. This reduces administrative workload while maintaining compliance.

Automated Calibration

Automated Calibration simplifies calibration of heating equipment.

Place the dish sensor to simulate media droplet measurement.
Position the flexible sensor on the heated surface.
Enter the heated stage setpoint in the Genie app.

The system measures temperatures, calculates the required offset, and provides calibration offset Embryologists can calibrate with minimal manual intervention reducing complexity and improving accuracy.

Temperature Mapping

Temperature Mapping evaluates temperature consistency across equipment such as incubators and heated work surfaces.

Create a virtual map of measurement points in the Metrum Genie app.
Use sensors to measure temperatures at each location (simultaneously or sequentially).
Generate a temperature profile showing distribution and variation.

This helps laboratories identify hotspots or inconsistencies, supporting equipment optimization and validation.

Audit Ready Documentation

Metrum Genie automatically records data and generates structured reports for quality documentation.

Export reports in PDF or CSV formats.
Customize content within the Metrum Genie app.
Maintain audit-ready records for validation and QC compliance.

Automated reporting reduces documentation workload and ensures consistent record keeping freeing embryologists to focus on core laboratory tasks.

What you can do with Temperature Sensors

check Accurate thermal control for better IVF outcomes

check Calibrate heating equipment to achieve precise target temperatures

check Perform precise temperature spot-check measurements

check Enables accurate mapping of surface temperature variations

check Enables accurate mapping of environmental temperature variations

check Automated advanced calibration using two temperature sensors

check Perform continuous real-time temperature monitoring

check Calibrate heating equipment to achieve a precise 37 °C in a media droplet

Explore our temperature sensor portfolio

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Petri dish with integrated thin flexible sensor

High-accuracy integrated dish sensor designed for culture droplet measurement inside Petri dishes, surface measurement on heated surfaces and time-lapse incubators.

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T-ITNDL-M-MPN

Petri dish with integrated thin needle sensor

High-accuracy integrated dish sensor designed for direct measurements inside Petri dishes.

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T-UFT

Thin flexible sensor

High-accuracy ultra-thin sensor designed for culture droplet measurement inside Petri dishes, surface measurement on heated surfaces and time-lapse incubators.

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T-NDL

Needle sensor

High-accuracy needle sensor designed for culture droplet measurement inside Petri dishes.

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T-TNDL

Thin Needle Sensor

High-accuracy ultra-thin sensor designed for culture droplet measurement inside Petri dishes, surface measurement on heated surfaces and time-lapse incubators.

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