HOME COMPANY CLST PRODUCTS HAIER BIOMEDICAL PRODUCTS APPLICATIONS DOWNLOADS PARTNERS CONTACT CAREER IMPRINT Paternoster – Fully Automatic Cryogenic Storage System Paternoster systems are fully automated customized solutions for storage of medical, biological and chemical materials including computerized inventory system and sample picking option. Key Features: Closed Liquid Nitrogen (LN2) cooling system Cooling temperature: +4°C down to -160°C (concept and insulation dependent) Sample picking option Customized, modular turnkey solutions Optimization of the overall workflow High economic efficiency Modular and flexible Advantages: All in one solution for storage, inventory, quality control and documentation GLP or MDD certification optional Fully computer based inventory management, password protected access Control and date processing via WLAN or remote access Easy to integrate into LIMS systems Space efficient Closed Liquid Nitrogen (LN2) cooling system No cross contamination of samples No additional air-condition necessary No de-icing needed No significant loss of temperature when loading/unloading Manual access even in case of power interruption Installation without structural alterations, parts fit through normal doors Alarm signal via in-house surveillance system Remote diagnosis and maintenance possible Ultra low maintenance requirement by almost any technician No loss of samples due to stable storage conditions Reduction of running cost by simplified operation Customer Applications: Medicine: blood banks, transfusion medicine, pathology, ... Pharma: plasma, stem cells, tissue, compounds, ... Biotechnology: tissue, in vitro fertilization, ... KLS Paternoster KLF KLT CryoSpace LabWare RoboSTER CLST Cryo Life Science Technologies GmbH Wirtschaftspark 11 9130 Poggersdorf AUSTRIA T +43 720 2710 30 F +43 720 2710 35 info@clst-austria.com KWF – Kärntner Wirtschafts-förderungs Fonds Due to the current development around COVID-19, no trade shows and exhibitions are planned in 2021. Druckversion | Sitemap CLST