Sample Management Made Easy with Freezerworks
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"Freezerworks is my method of choice for clinical sample receipt, inventorying, and management for in-house testing distribution of more than 80,000 samples, soon to be 300,000+ ... Without Freezerworks, we were looking at perhaps $50K-$100K just for development of a custom program."
- Mike Peterson "With Freezerworks finding specimens is fast and easy. Once they've been scanned into Freezerworks, they can be located with just a few clicks of a mouse. This application is a very efficient tool and saves hours of valuable technologist time. No laboratory should be without Freezerworks."
- Susan Arenson "Our IT department is very pleased with how easy it is to maintain and support. Considering we gave up an Oracle server based application for Freezerworks, they are thrilled."
- Susan Mason, Lab Manager "For one major grant, reviewers intensively queried our mechanism for tracking samples. As soon as they heard we used Freezerworks the queries ended and the grant was funded. We love it."
- Simon Body, M.D. "With many new students working in the lab, we were notorious for pulling samples and not returning them. This was causing a real problem because the samples are so valuable for our longitudinal studies. With Freezerworks, that doesn't happen anymore."
- Robert M Clancy, Ph.D |
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Freezerworks Unlimited is best suited for the laboratory or organization that needs:
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Minimum Configuration - Windows Pentium III - Windows Vista, Windows XP, Windows 7 - 512 Mb RAM (1 GB recommended) - 1280 x 1024 monitor resolution >> Client/Server requires TCP/IP networking protocol Additional Server Recommendation: 64 bit machine with 8 Gb RAM Minimum Configuration - Mac OS Mac Intel or PowerPC (G5 recommended) processor (MacIntel only for Freezerworks UL Server) Mac OS 10.4.5 and higher - 512 Mb RAM (1 GB recommended) - 1280 x 1024 monitor resolution Please note that these are the minimum requirements. While Freezerworks will function with these minimums, depending on the size of your database and number of clients, increased memory and faster processors may be necessary to obtain optimum performance. |




