![]() Corresponding free flow values are 0.023 cfm (670 ml/min) in the 1014 Series up to 0.388 cfm (11 l/min) in the 1420 Series. In terms of performance, our diaphragm pumps provide typical vacuum levels ranging from 45% for the 1014 product family up to 78% for the 1420 product group. Broad range tailored for acute, chronic or single-use applications.Energy efficient set-up for prolonged battery life.Low sound and vibration level to enhance patient comfort.Compact and lightweight design to improve patient mobility.Thomas pumps are engineered to meet OEM’s specification of NPWT devices with special attention to the following pump characteristics: ![]() This has a direct influence on the overall lifetime of the NPWT device. The start/stop behavior of the motor chosen dictates the total number of cycles attainable. Almost all the Thomas product lines offer low cost DC, standard DC, or high-end BLDC motors. Selecting the correct motor is key for the pumps efficiency and overall lifetime. Seventy-seven patient injuries and six deaths associated. Pump head materials can be as diverse as IXEF or Ryton. However, while NPWT may be beneficial to patients, complications have been associated with its use. The single-use negative pressure wound therapy devices market is projected to reach US 892.32 million by 2028 from US 498.32 million in 2021 it is expected. Typical materials for the elastomers are EPDM or Viton (FKM). Controlling the individual working point of the pump allows for control of the respective vacuum level applied to the wound.ĭifferent elastomers and plastics for all wetted components increase the chemical compatibility of the pump. The modular system of our diaphragm pumps allows for modifications to the pneumatic performance by utilizing different eccentrics and/or by controlling the applied motor speed. Thomas pumps meet general market needs and, more importantly, can be modified to meet specific customer requirements. Several product lines within the Thomas standard portfolio are well suited for the Negative Pressure Wound Therapy application. Depending on the type of wound and treatment plan the vacuum may be applied continuously or intermittently.Ī range of pressure wound therapy devices are available with different capacities and dressings to tailor the type of wound and therapy. ![]() Vacuum is applied and maintained through the specially sealed dressing. ![]() During the forecast period of between 20, the market is expected to grow at a CAGR of 6.20. The wound dressing, which is connected to the vacuum pump, is applied to the affected area. The global negative pressure wound therapy (NPWT) market size reached a value of more than USD 2.12 billion in 2022. The main components of NPWT devices are the NPWT dressing itself and a vacuum pump to control wound management and wound care settings. ![]()
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