In a Haemostasis analyzing instrument various tests are performed to measure blood coagulation or the effect of an anticoagulant treatment that is given to reduce the risk of thrombosis. In one area of the instrument the blood samples are kept at a constant temperature of 37°C. Right next to the blood samples there is the area of the reagents that need to be conserved at constant 15°C. The cooling of the reagents is done by forced air flow. This air flow is conditioned by a customized mini compressor cooling unit developed and supplied by AMS Technologies.
"When we wanted to redesign the reagent cooling system of our equipment STA-R® in order to be more efficient we contacted AMS Technologies. We submitted them our expectations and their experts made a proper thermal analysis and developed a custom micro-compressor unit with precise temperature control and a cooling capacity that allow an accurate and homogenous temperature in all the reagent area. Which is a key parameter for us" Olivier Berthelot, Responsable Développement HW / FW STA-H, STAGO
Click here to view the complete story: www.amstechnologies.com
"When we wanted to redesign the reagent cooling system of our equipment STA-R® in order to be more efficient we contacted AMS Technologies. We submitted them our expectations and their experts made a proper thermal analysis and developed a custom micro-compressor unit with precise temperature control and a cooling capacity that allow an accurate and homogenous temperature in all the reagent area. Which is a key parameter for us" Olivier Berthelot, Responsable Développement HW / FW STA-H, STAGO
Click here to view the complete story: www.amstechnologies.com
