About DVT Pump
Device Descriptions and Operating Principle:The deep vein thrombosis prevention system is a pneumatic compression device that noninvasively helps reduce the incidence of deep vein thrombosis, a potentially life threatening condition.The system consists of a device and a pair of soft compression garment(s) (sleeves) and the extension tubing set for the calf, calf-thigh, and foot. The device will alternatively inflate the two garments and mimic the natural walking pace in order to enhance circulation. The device-supplied compression provides a 60-second automatically timed cycle consisting of an approximately 12-second inflation period followed by a 48-second period of relaxation. A pressure of 40mmHg is used for the calf, calf-thigh, and foot treatments. This pressurization enhances venous flow and fibrinolytic activity in order to ultimately prevent early blood clotting.Intended Use:The system is a prescription device intended to be used preventatively to increase venous blood flow in patients at risk of deep vein thrombosis due to the associated risk factors for thrombus formation during: trauma,critical care, general medicine, general surgery, as well as neurological, orthopedic, urologic, obstetric conditions and treatments.Dual and Single Leg VersatilityChoose between dual leg (2 chambers) or single leg (1 chamber) operation to match individual patient requirements. This flexibility enhances usability for a wide range of medical applications and patient conditions, ensuring tailored therapy and efficient DVT prevention.
User-Friendly LED IndicatorsThe built-in LED indicators display real-time cycle status, making it simple for users and caregivers to monitor therapy progression. This visual feedback is particularly helpful in ensuring correct device operation and timely adjustments during use.
Reliable Medical Grade TubingEquipped with medical-grade PVC tubing, the pump guarantees safe air delivery and long-lasting use. The included accessories, such as leg cuffs and user manual, streamline the initiation process and ensure patient comfort during therapy.
FAQs of DVT Pump:
Q: How does the DVT Pump help prevent deep vein thrombosis?
A: The DVT Pump improves blood circulation by periodically inflating and deflating the leg cuffs, which mimics the natural movement of the legs. This helps reduce the risk of blood clots forming in bedridden or post-surgical patients, effectively preventing deep vein thrombosis.
Q: What are the benefits of having dual or single leg operation?
A: Dual leg (2 chamber) operation offers comprehensive therapy for both legs simultaneously, whereas single leg (1 chamber) operation is ideal for patients needing targeted treatment on only one limb. This versatility maximizes patient comfort and therapy efficiency.
Q: When should the DVT Pump be used?
A: The pump should be used as recommended by healthcare professionals, especially after surgeries, during long periods of immobility, or when a patient is at increased risk of clot formation. Routine use enhances protection against DVT for at-risk individuals.
Q: Where can I purchase or source the DVT Pump in India?
A: The DVT Pump is available across India through various channels, including distributors, exporters, manufacturers, suppliers, and traders. Interested parties can connect with these providers for bulk orders or single units as needed.
Q: What is the process for setting up and using the DVT Pump?
A: Simply attach the included leg cuffs to the patients legs, connect the medical-grade PVC tubing, and switch on the device. The user manual provides detailed instructions to ensure safe and effective operation. LED indicators guide users through the therapy cycle.
Q: What accessories come with the DVT Pump?
A: Each pump comes with a pair of leg cuffs and a comprehensive user manual, ensuring patients have everything required for immediate and informed use.
Q: How portable and power-efficient is this device?
A: The DVT Pump is lightweight and designed for portability, making it easy to use in various settings. Its power consumption is less than 25W, allowing for energy-efficient operation without compromising therapy quality.