SomaCount™ FC
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INSTRUMENTS Bentley Instruments, Inc. 4004 Peavey Road Chaska, Minnesota 55318 USA Tel: 952-448-7600 Fax: 952-368-3355 E-mail: Sales@BentleyInstruments.com www.BentleyInstruments.com The Next Generation of Milk Analysis BENTLEY INSTRUMENTS NEXGEN SERIES SomaCount™ FC SOMATIC CELL COUNTER FOR RAW MILK

BENTLEY DAIRYSPEC FT COMBINATION SYSTEM SOMACOUNT™ FC The DairySpec Combi incorporates the latest technology in automated milk component analysis and somatic cell counting. The DairySpec Combination system is formed by connecting the DairySpec FT with a SomaCount™ FC resulting in simultaneous results for milk component analysis and somatic cell counting. This automated system has been engineered for dairy laboratories and processing facilities of all types, including payment and Dairy Herd Improvement (DHI), that require highly reliable and accurate instrumentation. Ranging in speeds up to...

THE LATEST INNOVATION IN THE NEXGEN SERIES REMOTE DIAGNOSTIC CAPABILITIES The SomaCount™ FC A highly reliable, easy to use, extremely accurate somatic cell counter designed for raw milk. The web-enabled diagnostic features of the NexGen Series allows Bentley Instruments to access the SomaCount™ FC from any location. This enables your laboratory personnel and Bentley Instruments engineers to collaborate and analyze all system functionality, no matter where the instrument is located. The Bentley NexGen Series is designed for a wide range of dairy laboratories and processing facilities that...

SOMACOUNT™ FC TECHNOLOGY The new SomaCount™ FC delivers a rapid and accurate measurement of somatic cell counts for early mastitis detection in raw milk. This proven system is designed for reliability, ease of use and precision measurements. This instrument is ideal for small to mid-size laboratories that need an easy-tomaintain and robust somatic cell counter. The SomaCount™ FC incorporates the latest technology with the most advanced software. Network based design enables complete connectivity and remote access. Clean compact flow cytometer design based on a highly stable solid state...