- Strong experience in dealing with highly active substances
- Highest demands on hygiene and clinical processes
- Individual system solutions for your application can be realized
The VU University Medical Center (VUmc) in Amsterdam is a renowned research institute for oncological diagnostics, i.e. the detection of tumour diseases. The tumours are detected by means of medical tracers for the analysis of metabolic processes. For the production of radioactive tracer substances the institute has been using solenoid valves from Bürkert for nearly ten years.
Positron Emission Tomography (PET) is used to visualize and characterize biological processes in the living organism. The complex and costly procedure exists for a serious purpose: the precise diagnosis of cancer diseases. PET diagnosis is very complex and costly; however, it allows researchers to more closely examine metabolic processes in the human body and to better understand how cancer originates, in order to better treat the disease. For the production of radioactive tracer substances the institute has been using solenoid valves from Bürkert for nearly ten years.
“Why should we look around for other valves? The Bürkert valves are excellent, both in terms of suitability for the application and top quality.“
Fred Buijs, Designer / VUmc Amsterdam
The devices used in the research centre are used to generate a large number of different tracers. That is why the VUmc designed and built this instrument itself, since the commercially available models can only produce a few different tracers. This requires close cooperation between engineers, cancer researchers and chemists in plant design. Due to the high quality requirements, Bürkert solenoid valves reliably control various process steps for tracer processing and production of the radioactive tracer substances.
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