The normal response time of the smallest microsensors is around 1-3 seconds but for some experiments, e.g. photosynthesis measurements, it may be an advantage to have an even faster response time. We can make sensors with response times down to 0.2-0.3 seconds.

The standard stirring sensitivity of our sensors is 2% but in some delicate systems you may require the sensor to be even less sensitive than that. We can produce sensors with stirring sensitivities down to 0.5%.

The maximum signal is different for each sensor and will depend on several parameters. If you require a high sensitivity (high resolution) of the signal, sensors can be customized with a high maximum signal.

For some set-ups, an extended shaft length of the sensor is an advantage. This may be to allow room for more sensors or more auxiliary equipment.

Some systems are so tiny that even the standard tip length, i.e. the length of the thin part of the microsensor, is too short. This problem can be solved using customized sensors with a more slender design.

Our smallest standard sensor is 10 µm but we can make oxygen sensors down to 2-3 µm for specific measurements.

Adding organic electrolyte in some sensors will increase the temperature tolerance up to around 100 °C.