DVT Pump Device – LGT-2202DVT

 125,000.00

Features & Benefits:

  • Smart Garment Recognition: The device is designed with garment detection technology to automatically identify connected garments and set the correct pressure and compression cycle, simplifying operation and reducing user intervention.
  • Sequential and Gradient Compression: The device applies intermittent and gradient compression on the patient’s leg to promote blood flow effectively and prevent the formation of blood clots.
  • Simple and Quiet Operation: The device is of plug-and-play design. Simply connect the sleeves and press the start button. Then you can let the device do the rest. The quiet operation also ensures a relaxing environment for patients.
  • Portable & Lightweight: The device is lightweight, compact, and battery-operated, enabling medical staff to move around from patient to patient. It also allows patients to move around within the hospital setting while still receiving DVT prevention therapy.
  • Alarm System: The device is equipped with an alarm system that alerts the users or medical staff if there are any malfunctions or issues with the device. This ensures the proper functioning of the pump and prevents any potential harm or ineffective treatment.
  • One-leg Compression: The device can provide compression therapy to one leg to potentially address specific issues affecting that leg.

Description

Deep vein thrombosis (DVT) is a type of venous thrombosis involving the formation of a blood clot in a deep vein, most commonly in the legs or pelvis. A minority of DVTs occur in the arms. Symptoms can include pain, swelling, redness, and enlarged veins in the affected area, but some DVTs have no symptoms. Portable, lightweight, and easy to operate, the state-of-the-art DVT pump LGT-2202DVT is widely used for preventing the formation of blood clots in patients who are bedridden or have limited mobility. The device delivers graduated and sequential pressure for effective and comfortable compression therapy. It supports one-leg compression therapy.

Generally, venous blood stasis, vascular damage, and a hypercoagulable state of blood are considered the three main contributing factors. Blood stasis occurs when blood flow slows down. This often happens when a person lies in bed or sits for extended periods. For example, after a long journey or during a hospital stay with limited mobility, the blood in the veins may not flow as smoothly as it should, increasing the risk of DVT.

Vascular injury can also lead to DVT. When a blood vessel is damaged, the structure of the vessel wall changes. This alteration can trigger a coagulation reaction. Traumas, surgeries, or certain medical procedures may cause vascular damage and subsequently increase the likelihood of thrombosis.

 

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