English
×
Search
Lightweight and portable, with a hook design for easy use at the bedside.
Foot-specific airbags, combination airbags for feet and legs (DVT airbags), and other types of airbags are available for selection. Patients with postoperative conditions in various parts such as ankles, shins, and knees can use it.
Gradient pressure therapy mode: The gradient pressure mode of the limb pressure therapy massage machine refers to a different airbag pressure decreasing from the distal end to the proximal end. This protects the venous valve of patients with venous insufficiency and helps repair the valve function, making the treatment more comfortable.
The single-cavity pressure can be adjusted and closed. For patients with possible seepage in the lower limbs, the function of closing the single-cavity pressure (setting the pressure to 10mmhg) can be used to set zero pressure for the wound bed position airbag, ensuring safe use.
Real-time pressure monitoring: The current treatment site pressure value can be displayed in real-time, and when the real-time pressure is lower than the set pressure, it will automatically replenish the pressure. It stops automatically when the set pressure is reached to ensure that the airbag pressure is within a safe range.
Limb pressure therapy massage machine has power failure protection function: in the event of a sudden power failure, it will automatically release the pressure to avoid situations where the treatment cannot be terminated quickly under special circumstances.
Special inflatable pump with low noise and small vibration.
5-inch color LCD display for intuitive display.
The pressure holding time can be adjusted from 0 to 9 seconds.
The cycle interval time can be adjusted from 10 to 99 seconds.
Pressure therapy refers to the use of pressure on the limbs as a treatment for diseases. Passive and uniform massage can accelerate the absorption of metabolic waste, inflammation factors, and pain-causing factors with the acceleration of blood circulation. It can prevent muscle atrophy, fibrosis, and enhance limb oxygen content, which helps to solve diseases caused by blood circulation disorders.
The limb pressure therapy massage machine increases the static hydrostatic pressure of the tissue fluid and forces the venous blood and lymphatic fluid to flow back: the normal static hydrostatic pressure of the tissue fluid in the human body is approximately 1.33kPa. When the limb is pressurized, the static hydrostatic pressure of the tissue fluid can be raised to more than 6.67kPa through pressure conduction in the tissue. This produces an effect that overcomes the capillary intra-pressure and interstitial colloid osmotic pressure, promoting the flow of interstitial fluid in the veins and lymphatics. At the same time, the airbags attached to the limbs sequentially inflate and deflate from the distal end to the proximal end, producing a squeezing and relaxing effect. This pressure gradient from the distal end to the proximal end creates pressure differences, which help venous blood and lymph flow back, facilitating limb edema regression.
The air wave pressure therapy device can increase the venous blood flow rate in the lower limbs by 23% and increase the blood flow rate by 77%±35%. It can improve the activity of the fibrinolytic system and stimulate the endogenous fibrinolysis activity.
The limb pressure therapy massage machine uses multi-cavity inflatable airbags for wave-like inflation, expansion, and deflation to promote the reflux of stagnant venous blood and lymphatic fluid in a directional, progressive, and cumulative extrusion way. It strengthens arterial perfusion, improves blood circulation in the diseased area, dilutes pain and inflammatory factors, and promotes the absorption of exudate. It achieves the therapeutic effect of eliminating edema, promoting healing, preventing muscle atrophy, and improving peripheral vascular function.
It is used for limb edema after trauma, lymphatic reflux disorder edema, residual swelling after amputation, complex regional pain syndrome (such as reflex sympathetic dystrophy, cerebral vascular accident-induced hemiplegic limb edema), venous stasis ulcer, and long-term bedridden or surgical passive positioners to prevent deep vein thrombosis in lower extremities.
Limb edema after trauma, lymphatic reflux disorder edema, residual swelling after amputation, complex regional pain syndrome (such as reflex sympathetic dystrophy, cerebral vascular accident-induced hemiplegic limb edema), venous stasis ulcer, and long-term bedridden or surgical passive positioners to prevent deep vein thrombosis in lower extremities.
