IVF Thermometer

Scientists in IVF Laboratories require reliable and accurate temperature measurement for successful procedures. The 4500 series thermometer offers an accuracy of ±0.05°C over the critical temperature. The associated needle probe, which is hard wired to the thermometer, offers a very fast response time. The IVF Thermometer comes with T-View software for viewing on your computer

IVF Thermometer

• 5400 Series
• Thermometer with hard wired 44mm long, 0.76mm needle stainless steel probe
• Resolution 0.01°C, Accuracy ±0.05°C
• Display in C or F
• Includes NIST traceable certificate, ISO 17025 accredited calibration certificate available
• Calibration is recommended every 12 months
• Temperature range -20°C ~ +130°C
• Power 9V battery
• Includes T-View excel to log temperature
• Carry case and USB cable to connect to your computer

Thermal Components Precision Thermistor series offer the electronics industry a complete range of accurate interchangeable devices. Epoxy and Glass versions are available in a broad resistance range from -50C to +200C to suit applications where accuracy is essential. Thermistor Interchangeability has become an important factor for cost efficiency in advanced thermal performance applications. The need for expensive individual thermistor calibration is not necessary. Thermal Components Precision Thermistors interchangeability means that each device will match the published Resistance- Temperature (R/T tables) for a given thermistor and will be within the specified deviation limits over the temperature range 0C to +70C. Special medical grade available where the critical temperature tolerance at human temperature of 37C.
From standard sizes to mini and micro versions, where increased time response and limited space is required.

Precision Thermistor

Precision Thermistor Applications

Hypodermic Probes

Hypodermic Probes

Hypodermic Probes are commonly used in Laboratory, Medical and Agricultural Research where a small insertion and fast response time is required. Diameters as small as 1 mm are achieved using micro thermistors with accuracy to ±0.2°C from 0~+70°C. A range of different resistances are available.