BEVERAGE
Food Safety Testing Solutions for Juice, Sports Drinks, Sodas, and More
To bring the utmost satisfaction to your customers and protect your brands, every stage of beverage production requires an uncompromising approach to quality control. And to protect your bottom line, we’re making QC more efficient than ever.
Microbial detection solutions from bioMérieux allow streamlined, straightforward, and objective monitoring of every step of your production process. From in-process testing that helps pinpoint and address early deviations to finished-good testing that ensures product quality, we’ll work with you to eliminate bottlenecks, boost productivity, and unlock value at your facility.
CHEMUNEX®
Ultra Rapid Microbial Detection
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CHEMUNEX is engineered for automated, high-throughput microbial detection to help you reliably deliver safe, high-quality products to market faster. Two different automation settings on the D-COUNT® 25/50 system allow analyzing either 25 or 50 samples per hour for cost-effective batch testing. CHEMUNEX cell-labeling technology performs automated, highly sensitive, and ultra-rapid labeling and detection of viable microogranisms. |
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BACT/ALERT® 3D
Rapid Microbial Detection
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BACT/ALERT’s sensitivity enables better productivity, faster product release, and significant cost savings. Engineered for automated, objective, and high-throughput microbial detection, BACT/ALERT is a versatile solution that can be customized to meet nearly any facility’s needs In three simple steps, BACT/ALERT detects a broad range of microorganisms using a proven, patented liquid-emulsion sensor to detect CO2 and other metabolites. |
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BIOBALL®
Quantitative Microbiological Quality Control
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BIOBALL is a small water-soluble ball containing a precise number of microorganisms delivering unprecedented accuracy for quantitative microbiological quality control. BIOBALL is easy to use and requires no preparation or pre-incubation. The precise number of viable cells contained within each BIOBALL leads to lower standard deviation and higher recovery rates compared to serial dilution—improving both accuracy and precision. |