Eurorad S.A products

The new version of the EUROPROBE (EUROPROBE 3.2) is now available with a wide range of gamma probes options including wireless probes.

Our shaping amplifier module is able to replace a spectroscopic amplifier at lower cost. It is designed to be used with our low noise preamplifiers. Signal output can be directed into a multichannel analyser. You are able to define the polarity, maximum gain, filter type, time constant and input impedance when placing your order.

Suitable for all kind of detectors such as Si, Si(Li), GeHP, CdTe, HgI2 and scintillation probe with silicon diodes. Due to its 30 years of experience, Eurorad offers the world largest choice. Three categories are available : low power, standard and fast preamplifiers. These chips can be purchased either as stand alone chip or mounted in various housings with connectors.

For application like X-ray diffraction, X-ray fluorescence, bone densitometry, surgical probes, custom inspection systems, radiation monitoring for nuclear safeguard, and all other activities using nuclear radiations.

Our silicon detectors are manufactured by the most advanced technology. The starting materials are choosen in order to obtain the best results for a given application.

Eurorad has developed a large set of probes incorporating the in-house manufactured CdTe & CdZnTe detectors of both counter and spectrometer grade, with active sizes ranging from 1 to 100 mm3 for planar and hemispherical structures. Advantages of CdTe are : room temperature operation, no high voltage required (only 10-100V), very high efficiency, good energy resolution, low cost. Some standard models are described, but probes following customer`s specific needs can be also manufactured.

Eurorad has been pioneering in this field and offers a very large choice of probes incorporating a CsI(Tl) scintillator (of up to 50 mm diameter) coupled to a Si photodiode and a low noise preamplifier. Energy threshold: the lower energy threshold for spectroscopic applications depends on the size of the scintillator. It is typically around 75 keV. Energy resolution : depends on the size of the scintillator (see the brochure). Efficency: the efficiency is exactly the same as a conventional scintillator & PMT arrangement.

These Si-diode based gamma ray detection probes are designed for the approximate dose rate measurement of gamma radiations of energies between 60keV and up to above 1 MeV.

These Si-diode based gamma ray detection probes are designed for the approximate dose rate measurement of gamma radiations of energies between 60keV and up to above 1 MeV.

An increasing number of people are now seeking for II-VI materials, especially for applications where classical semi-conductors failed. These II-IV materials are particularly well suited for nuclear detection application, Infra Red detection, optical windows. EURORAD with it`s 25 years experience has reached a leading position in CdTe and CdZnTe crystal growth for nuclear applications.