Battery-Powered Negative Pressure Wound Therapy Unit

Negative pressure wound therapy can be challenging to administer, potentially leading to delayed discharge and resource constraints, as well as increasing costs and workloads. A simplified decision-making framework is recommended by international expert guidelines to assist in the informed use of NPWT.input:
output:Achieving clinical outcomes while simultaneously addressing inefficiencies and costsinput:
output:Despite the well-documented clinical benefits of NPWT in both acute and chronic wound indications, clinician confidence and the timely initiation of therapy may be impeded.



The decision-making process for NPWT can be intricate, which may affect the confidence of clinicians and the outcome of wounds.

38% of patients discontinue their therapy before the clinically recommended time, with a significant number of these patients doing so due to the negative impact on their quality of life.

Logistics and paperwork associated with tNPWT can generate additional workloads, which may result in patient discharge delays and an increase in the overall cost of care.Costs are increasing at a faster pace than budgets, and the management of inventory can be complex and resource-intensive.A consensus among international expertsThe implementation of an evidence-based framework is recommended by experts in order to simplify and optimize NPWT provision, as well as to assist in the selection of suitable NPWT systems.input:
output:The prompt selection of a single-use NPWT system, such as PICO◊ sNPWT, for clinically eligible wounds can assist in the following ways:Facilitate the timely discharge of patients

Enhance patient satisfaction.Reduce the logistical burdens associated with the management of the tNPWT fleet.Decrease the total cost of careinput:
output:unlocking the full potential of NPWTinput:
output:Simplify your inventory and minimize the number of NPWT options to optimize the clinical benefits of NPWT through the use of our proprietary traditional and single-use technologies.