Scilog SciTemp Single Use Temperature Sensor

• Monitoring temperature in single-use bioreactor bags and mixing systems.
• Ensuring sterile temperature control in pharmaceutical and biotech drug manufacturing.
• Use in chromatography and filtration systems requiring precise temperature data.
• Integration into upstream and downstream bioprocessing workflows.

Temperature range

Typically designed for ranges relevant to bioprocessing, often -5°C to 80°C.

Accuracy

Commonly offers high accuracy, typically ±0.5°C or better, for critical applications.

Sensor type

Often a thermistor or RTD element, encapsulated for single-use sterility.

Connection type

Typically features a standard connector for integration with bioprocessing controllers and monitors.

Material compatibility

Constructed from biocompatible plastics, suitable for direct contact with process fluids.

Sterilisation method

Usually pre-sterilised by gamma irradiation, eliminating the need for in-situ sterilisation.

• What does 'single-use' mean for this temperature sensor?

  Single-use means the sensor is designed for one-time use in a batch or process run and is then disposed of. This eliminates cleaning and sterilisation validation between batches.

• Is this sensor compatible with all bioprocessing systems?

• Does a used single-use sensor retain its sterility?

• What are the advantages of using a single-use temperature sensor?

• Can this sensor be recalibrated?

Thermometers and temperature probes hold strong reputation in laboratory and pharmaceutical settings for reliability and precision. Buyers typically value accuracy certification and calibration history when purchasing used units. Key strengths include consistent performance across repeated measurements and durability in demanding environments. Industry sentiment favours digital probes for their data logging capabilities, whilst analogue models remain preferred for simplicity and cost. When buying secondhand, inspectors should verify calibration certificates, check sensor integrity, and confirm compatibility with existing laboratory systems. Probe type selection depends on application requirements and budget constraints.

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