Designed and developed anatomically shaped FLOQSwabs optimize the efficiency of the target analyte collection with improved patient comfort. The entire sample stays close to the surface for fast and complete elution.

Designed and developed anatomically shaped FLOQSwabs optimize the efficiency of the target analyte collection with improved patient comfort. The entire sample stays close to the surface for fast and complete elution.

Designed and developed anatomically shaped FLOQSwabs optimize the efficiency of the target analyte collection with improved patient comfort. The entire sample stays close to the surface for fast and complete elution.

Designed and developed anatomically shaped FLOQSwabs optimize the efficiency of the target analyte collection with improved patient comfort. The entire sample stays close to the surface for fast and complete elution.

Designed and developed anatomically shaped FLOQSwabs optimize the efficiency of the target analyte collection with improved patient comfort. The entire sample stays close to the surface for fast and complete elution.

The MedSchenker® CavSwab™ Nasopharyngeal with Allium™ flock technology has been engineered with a precision scalloped surface to produce ‘cava.’ This design creates a greater surface area to absorb and help collect larger amounts of specimen.

The MedSchenker® CavSwab™ Oropharyngeal with Allium™ flock technology has been engineered with a precision scalloped surface to produce ‘cava.’ This design creates a greater surface area to absorb and help collect larger amounts of specimen.

The notched 80mm shaft, with no breakpoint, on the CavSwab™ Anterior Nare with Allium™ flock technology increases grip and dexterity while also reducing the amount of stress on the practitioner. It is the perfect size for easy collection and rapid testing.

Recommended for pediatric use, the CavSwab™ Mid-turbinate with Allium™ flock technology has been marked for uncomplicated identification of required depth and a removable stopper indicates when that depth has been reached.