Comprising of PVC jar 150 x 100 mm, Zinc and Copper Plates, fitted on Bakelite cover with LED
Mounted on board with banana socket and circuit diagram
CELL-DYN RUBY GETS YOU THE RESULTS NEEDED, QUICKLY For reliable performance that leads to quality results the first time CELL-DYN Ruby delivers and outperforms similar tools. With advanced capabilities for the medium-sized laboratory, you can process more complete blood counts in less time. LESS TIME MEANS MORE RESOURCES FOR CRITICAL TASKS The CELL-DYN Ruby reduces the need for microscopic blood smear reviews and repeats testing. Optical technology allows you to allocate resources and ultimately improve your laboratory's efficiency. CONSISTENCY, WHERE AND WHEN IT MATTERS The CELL-DYN Ruby allows you to improve your efficiency by providing rules-based annotations to standardize laboratory processes. This provides consistency in result handling among all your laboratory personnel. INTUITIVE AND SIMPLE SOFTWARE OFFERS CONVENIENCE AND FLEXIBILITY The touch-screen interface is straightforward, easy to use, and offers customizable views and handy tooltips to optimize the operator's experience. Routine tasks such as reagent and maintenance monitoring are automated, and non-routine tasks, such as calibration, are assisted by the software. Maintenance is simple to perform with the help of onboard videos. ACCURATE, FIRST-PASS OPTICAL PLATELET RESULTS The CELL-DYN Ruby two-angle optical platelet count accurately enumerates and sizes to help ensure first-pass reportable results, all while reducing additional testing. EFFICIENT LABORATORY OPERATIONS With only three reagents needed to perform a complete blood count (CBC) with a 5-part WBC differential analysis, you'll free up operator time to focus on providing patient care. PRECISE AND ACCURATE CELL-DYN Ruby s three-dimensional optical red blood cell measurement technology ensures reliable, accurate, and precise performance for your hematology workload.
It is a simple device to determine the ultrasonic velocity in liquids the principle is based on accurate measurement of wave length in the medium Ultrasonic wave s of known frequency are produced by a quartz plate fixed at the bottom of the cell. The waves are reflected by a movalbe metallic plate. If the separation between these plates is exactly whole multiple of sound wavelength, standing waves are formed. The acoustic resonance gives rise to electrical reaction on the generator and anode current becomes maximum. From the knowledge of wavelength, velocity can be obtained.
