Peha-haft latex-free 4cm | white
Peha-haft latex-free Elastic Conforming Bandage
Peha-haft latex-free is a cohesive elastic bandage with a double hold effect. Even when used on large areas of the body, the individual turns of the bandage won’t loosen or shift. Peha-haft is absorbent, breathable and skin-friendly, and is very pleasant to wear.
- Peha-haft latex-free, cohesive elastic conforming bandage
- Adheres only to itself, not hair, skin or clothing
- Double hold effect
- Low material consumption
- Breathable, absorbent
- Skin-friendly, very comfortable to wear
- Stretches to approx. 85 %
- Crease-free fit
- Does not bind
- Length: 20 m
- Colour: white, blue or red
- Quantity 1
- Extended QC (eQC): with onboard bias, precision and accuracy monitoring without the need for internet or extra fees
- Reduce administrative errors and go paperless:: designed to work as hard as you do, the onboard data management in the DxH 560 can host up to 30,000 patient records—equivalent to a year’s worth of tests with typical usage
- Keep analysis running smoothly throughout the day: store and manage just three reagents, with simple and quick replacement, compared to six reagents with other analyzers in its class
- Test in tight spaces: with an integrated monitor and keyboard and only one external reagent, the DxH 560 requires up to 1/3 less laboratory counter space than other analyzers in its class
Deliver secure, high-quality, confident results with fewer unnecessary slide reviews within secure, expanded patient database capability
Ensure a more accurate 5-part differential with sophisticated flow cytometry with proprietary dynamic gating technology that reduces flagging by 40% compared to static gating. The sophisticated gating technology in the DxH 560 improves the identification of white blood cells (WBC) populations by automatically adjusting the thresholds between cell-cluster arrangements.(Figures 2a and 2b). More reportable results are seen with more challenging cell populations, such as lymphocytes and eosinophils, giving a more accurate 5-part leukocyte differential than static gating.
