FURA3-20/S40 Sensors, Transducers

The FURA3-20/S40, an accessory belonging to the spectroscopic measurement category, is an excellent tool for sensing optical properties in a variety of laboratory conditions and applications. It consists of a light source, a spectrum splitter, a spectrometer, and a special gas-filled cell which can measure different wavelengths of light. This device is used to measure light absorbance of samples, reflectance of materials, and fluorescence of molecules in a wide range of scientific experiments.

The light source is a white LED. It produces a unique spectrum of light that falls into the range of visible light. It is visible to the human eye but is not bright enough to damage our eyes. The light spectrum is split by the spectrum splitter which is made of a dichroic mirror. This mirror has the capability of reflecting and transmitting light at different wavelengths. The reflected light then passes through the lens and is focused on the spectrometer.

The light that is collected in the spectrometer is analyzed according to its wavelength. When the wavelength is known, the amount of light that is absorbed or reflected can be calculated. This is the first step in the absorption or fluorescence measurements. The gas-filled cell is a piece of transparent material that is placed between the light source and the spectrometer. It is filled with a special gas that has different properties at different wavelengths of light. It absorbs some of the light that passes through it, so we can measure how much light is absorbed.

The FURA3-20/S40 is an ideal device for many research laboratories. It can be used to measure different wavelengths of light and collect information on absorbance, reflectance, and fluorescence in a variety of sample conditions. This makes the device suitable for use in a wide range of scientific studies including biochemistry, medical physics, and many other fields. It also facilitates quick measurement of multiple samples and can be used to quickly screen samples for rare optical characteristics.

The versatility of the FURA3-20/S40 opens up a range of applications. It can be used to measure light absorbance in solid samples such as soil or plant tissues. It can be used to measure liquid samples such as blood or urine. It can also be used to measure fluorescent molecules such as antibodies or proteins. It can even be used to measure reflected light from microscopic samples, making it a useful tool for biological or medical studies.

In conclusion, the FURA3-20/S40 is an excellent accessory for spectroscopic measurement. It has a wide range of applications and can be used to measure light absorbance, reflectance, and fluorescence in a variety of sample conditions. It is a versatile device that facilitates the quick measurement of multiple samples. It is a valuable tool for many research laboratories and can be useful in a broad range of scientific studies.

FURA4-20/S10	Carlo Gavazz...	40.89 $	1000	REF 0.25MM/1.25 M4 FIBER ...
FURA3-20/S40	Carlo Gavazz...	45.05 $	1000	REF 0.25MM/1.25 M3 FIBER ...
FURA4-20/S20	Carlo Gavazz...	40.89 $	1000	REF 0.25MM/1.25 M4 FIBER ...
FURA3-20/S90	Carlo Gavazz...	45.05 $	1000	REF 0.25MM/1.25 M3 FIBER ...
FURA3-20/A	Carlo Gavazz...	0.0 $	1000	FIBER REFLECT 1.25 M3
FURA4-20/S40	Carlo Gavazz...	45.05 $	1000	REF 0.25MM/1.25 M4 FIBER ...
FURA4-20	Carlo Gavazz...	0.0 $	1000	FIBER REFLECT 1.25 M4 2M
FURA3-20/S10	Carlo Gavazz...	40.89 $	1000	REF 0.25MM/1.25 M3 FIBER ...
FURA4-20/A	Carlo Gavazz...	0.0 $	1000	FIBER REFLECT 1.25 M4 2M ...
FURA4-20/S90	Carlo Gavazz...	45.05 $	1000	REF 0.25MM/1.25 M4 FIBER ...
FURA3-20	Carlo Gavazz...	0.0 $	1000	FIBER REFLECT 1.25 M3 2M
FURA3-20/S20	Carlo Gavazz...	40.89 $	1000	REF 0.25MM/1.25 M3 FIBER ...