We provide professional knowledge and suggestions for trials of preclinical radiochemistry projects. Our team is fully aware of GLP requirements and has the relevant skills to track them at all stages of your test facility. Our cooperation projects with research institutions include:
Provide site planning for radiochemical test facilities
Provide professional guidance and hosting services for the operation and management of cyclotron
Provide all kinds of preclinical molecular imaging equipment solutions for different needs in different situations
Provide a comprehensive plan of supporting facilities, and the equipment options provided are more suitable for the laboratory plan
The MUCHA is a γ-radiation measurement system, designed for the radio spectroscopy analysis of radio pharmaceutical samples.
The PC-based Dose Calibrator is designed for the fast and accurate determination of the activity or volume activity of radiopharmaceuticals that are used in the nuclear medicine for diagnostics and therapy.
The newest freezing point Osmometer allows an easy and fast determination of the osmolality of various aqueous solutions.
The Safira is an in-line filter integrity tester, available as stand-alone unit or as an extension of a raytest SynChrom-system.
Marita Star is a high-efficiency and high-sensitivity β -nuclide thin-layer chromatograph (TLC detector).
The miniGITA Dual is a versatile state-of-the-art radio TLC system. A complete range of detector probes allow the measurement of nearly every isotope.
Ultra sensitive TLC analyzer for nuclides such as 3H, 14C, 32P, 90Y ...
The miniGITA Single is the new version of the well know miniGITA Star. It is a versatile state-of-the-art radio TLC system.
MIRA* is a highly sensitive μ-HPLC radioactivity flow detector.
The Gabi Nova is a versatile state-of-the-art radio flow monitor. A large range of detector probes allow the measurement of nearly every isotope, ensuring the Gabi Nova is ideally suited for radio flow measurements in nuclear medicine, SPECT or PET labora
Liquid scintillation is the most sensitive detection method for low energy beta nuclides such as 3H.
The radio-HPLC has been designed to get very short analysis time, very high sensitivity without compromising the resolution.
