Sendot BV products

The FluoMini Pro - optical O2¦T sensor is based on the principle of fluorescence intensity. The sensitive coating on the top of the optrode contains two active components, one to measure temperature and one to measure oxygen. The temperature compensation of the oxygen measurement is thus fully integrated in the same coating. The advantage of this is that the sensor does not suffer from response time differences and can therefore be used well in rapidly changing environments. During the measurement, the coating does not consume oxygen, so this technology can also be used in closed, non-agitated environments.

The chlorophyll fluorescence sensor measure chlorophyll fluorescence with pulsed blue LED light. The excitation and emission follow the same fiber and are separated in the optics in the sensor. This makes it possible to obtain a high sensitivity. It is an ideal instrument to use in the laboratory or field for the quality assessment of plants and maturity of seeds.

The FluoMini Pro - CF seed sensor is suitable for measurements on chlorophyll-containing substances such as seeds. The sensor is equipped with a sample space, making it easy to measure seed in pots (by time). This is the perfect tool for determining seed ripeness and understanding storage strategies.

With the photosynthesis sensor you can determine the photosynthetic activity of your plant. By attaching a blade clip to a blade, you can easily take measurements with our innovative handheld meter. The sensor is equipped with a logger function, which allows the sensor to monitor data in the field for several weeks. The photosynthesis sensor comes with a combined PAR measurement. This measures the light at which the plant grows best, in other words where photosynthesis is highest.

The optical pH sensor was recently introduced as a prototype. It is a very versatile instrument based on a ratiometric optical measurement. Door het ontwerp is er op de meting weinig tot geen invloed van ionsterkte en temperatuur. Hierdoor is toepassen in oplossingen met een lage geleidbaarheid mogelijk en kan de zuurtegraad in grond en substraten worden gemeten.