Hygiena - MS2TOTAL - MicroSnap Total TVC Detection Device, 100 per case, by Hygiena

ITEM #: 10229767
MicroSnap Total delivers same-day TVC test results, giving you the advantage of knowing microbial levels on the same day samples are collected. The test uses a novel bioluminogenic test reaction that generates light when enzymes that are characteristic of viable bacteria react with substrates to produce light. The light generating signal is then quantified with the EnSURE luminometer. MicroSnap Total's same-day results enable you to take corrective actions faster or release products sooner. Rapid results where you need them most. Raw Material Tests Screen for microbiological contamination before materials go into processing. Plant Environmental Monitoring Test environmental surfaces and equipment for same-day bacterial results of plant hygiene. Finished Product Testing Verify microorganism levels sooner for quicker release and better quality in a snap. MicroSnap's efficient design makes microorganism testing easier than ever. Each device's patented Snap-Valve holds a precise amount of specific enrichment broth, ready to be used for either product or surface samples. Within the enrichment device is a built-in pipette, enabling convenient and efficient transfer of enriched sample to the detection device. A new light on microbial detection. MicroSnap is a rapid bioluminogenic test method for the detection and enumeration of bacteria, giving actionable same-day test results. The MicroSnap test platform consists of an Enrichment Device containing a specific growth medium and a Detection Device containing a bioluminogenic (light-producing) substrate. When MicroSnap detects the specific microorganism, light is emitted and measured with Hygienas EnSURE luminometer. Benefits: Same-day results Pass / Fail result at required detection levels are easy to understand Equivalent results to other culturing methods No specific sample preparation required Independently validated Watch an instructional video This listing is for Each.