Description :
‘ Negative pressure wounds therapy ( NPWT ) device system ’ is the most commonly used therapy to treat acute and chronic wounds . These systems promote wound healing , reduce the recurrent use of dressings ( as in the case of dressing changes in traditional wound care dressings ), provide efficient option for management of closed surgical incision lines , and improve patient well-being . They consist of a vacuum pump , drainage tubing , and a dressing set . The pump may be stationary or portable that relies on AC or battery power , allows for regulation of the suction strength , possesses alarms to indicate loss of suction , and has a replaceable collection canister . The dressing sets contain either foam or gauze dressing to be placed in the wound and an adhesive film drape to seal the wound . The drainage tubes are available in a variety of configurations , depending on the dressings used and the wound being treated .
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NPWT devices market is poised to reach $ 2,746 million by 2022 from $ 2,082 million in 2015 , growing at a CAGR of 4.0 % from 2016 to 2022 . The growth of NPWT devices market is supported by the rise in incidence of chronic diseases such as diabetes mellitus and obesity , increase in patient awareness regarding cost-effective NPWT devices such as single-use disposable devices , and casualties caused due to accidents and trauma . However , lack of evidence of clinical effectiveness and high cost of the NPWT devices in developing countries are expected to restrain the market growth .
The report segments the NPWT devices market on the basis of product type , application , end user , and geography . According to the product type , it is bifurcated into single-use NPWT devices and conventional NPWT devices market . On the basis of application , it is divided into chronic wounds and acute wounds . Considering the end-user segment , the market is segregated into hospitals & clinics , ambulatory surgery centers , and home care settings . Geographically , it is analyzed across North America , Europe , Asia-Pacific , and LAMEA .
Over the past few years , the key players have adopted product development ( including product launches , approvals , and clinical trials ) as its key developmental strategy . For instance , in 2012 , Smith & Nephew launched “ PICO ,” which is a single-use NPWT device . It is lightweight , disposable , and operates without a canister , and is therefore ideally suited for delivery of NPWT to outpatients , patients at home , and patients who do not want to have restricted mobility . Moreover , reimbursement policies for these devices have further increased the demand for such products . For instance , Medicare created two new HCPCS codes ( G0456 & G0457 ) to provide a mechanism for payment of NPWT using a disposable device that is not durable medical equipment ( DME ).
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