Thursday, May 23, 2013

Nasopharyngeal Flocked Swabs

Cleanmo’s CM-FS913 Flocked Swabs have no internal mattress core to disperse and entrap the precious sample like traditional fiber wound swabs, In stark contrast, the entire sample stays close to the surface for fast and complete elution.

Perpendicular Nylon Fibers act like a soft brush and allow improved collection of  cell samples. Capillary action between the Nylon fiber strands facilitates strong hydraulic uptake of liquid samples. Sample stays close to the surface allowing easier elution.


Ergonomic and Anatomic Design

For improved patient comfort and efficiency in specimen collection


Rapid Automatic Elution

Instant and spontaneous release into liquid media


Improved Sample Collection

Velvet brush-like texture rapidly and efficiently dislodges cells and collects liquid by capillarity

Quantitative Volume Transfer

Measurable and consistent uptake and transfer from patient to test tube


How Flocked Swabs Work?


Scientific  studies  show  that  Cleanmo  Flocked  Swabs  significantly improve quantity of sample collected and sample released into various culture and assay  systems improving the quality of diagnostics. In addition to driving the proficiency of the analytic collection, Cleanmo Flocked    Swab    multiple    engineered     designs    and    custom    swab fabrication program maximize patient comfort.


Better Sample Collection


Liquid  secretions  are  rapidly  absorbed  between  the  perpendicular fibers by capillary action.Cellular material is collected very easily and efficiently because the velvet brush-like texture of the Flocked Swab is more effective at dislodging and removing cells.By Capillary Action



Cleanmo Swab CM-FS913
 


Sample Collection using Flocked Swabs Technology


Better diagnostics begin with better samples, and better samples are obtained by using proper sample collection methods. Cleanmo Flocked Swabs are used in a wide variety of applications. A common use of Flocked Swabs is for nasopharyngeal sample collection.











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