Improved blood circulation
The therapy promotes blood circulation in the skin and underlying tissue, leading to improved oxygen and nutrient supply to the cells. At the same time, it aids the removal of metabolic waste products and toxins.
Improving skin texture and reducing the appearance of cellulite
The improved blood circulation and facilitated lymphatic flow in the affected skin areas result in tightened connective tissue, activated fat metabolism, and the breakdown of excess fluid and waste products. These processes significantly improve the appearance of cellulite, leading to smoother skin overall and, through the stimulation of relevant proteins, firmer skin.
Intermittent vacuum therapy (IVT) is a non-invasive treatment method based on the principle of alternating pressure. This form of therapy uses alternating negative pressure phases to create sequential compression and decompression of the treated tissue, similar to the physiological effects of manual lymphatic drainage, but more efficient. The rhythmic change in pressure stimulates microcirculation in the capillary bed, leading to improved oxygen and nutrient supply as well as accelerated removal of metabolic waste products.
Stimulation of microcirculation
By alternating between negative and normal pressure, the microcirculation in the skin and underlying tissue is stimulated. This leads to improved oxygen supply to the cells and increased nutrient supply, and supports the removal of metabolic waste products and toxins from the tissue.
Lymphatic drainage
The IVT improves lymphatic drainage. The lymphatic vessels are compressed and decompressed, which stimulates lymph flow, thereby helping to remove excess interstitial fluid, toxins, and waste products from the tissue.
Production of collagen and elastin
The alternation between negative pressure and normal pressure stimulates the production of collagen and elastin, which contributes to skin tightening and improved elasticity.
Fat metabolism and cellulite reduction
By applying vacuum therapy, blood circulation and metabolism in the affected areas are stimulated. The activation of lipolysis in fat cells, mechanical stimulation, lymphatic drainage, and the removal of inflammatory mediators initiate the necessary processes to promote the breakdown of fat deposits, thereby improving the appearance of cellulite.
Pain relief and muscle relaxation
Vacuum therapy also contributes to pain relief and muscle relaxation by increasing blood circulation and breaking down metabolic waste products. Furthermore, IVT can trigger a parasympathetic response through its stimulating effect on the skin and underlying tissue.
Postoperative Rehabilitation
Following surgical procedures, IVT can help to reduce swelling and promote wound healing by improving local blood flow and the removal of interstitial fluids.
Promotion of capillarisation and angiogenesis
During IVT, blood flow in the treated areas is increased. It can also stimulate the production of nitric oxide in endothelial cells, thereby contributing to the dilation of blood vessels and promoting capillarisation and angiogenesis. The formation of new blood vessels improves blood circulation, which in turn promotes the oxygen and nutrient supply to the tissue and contributes to wound healing, improved tissue health, and regeneration.
IVT is also a popular therapy method for athletes. It helps to shorten recovery time, reduce the risk of injury, increase performance and improve general well-being.
Faster recovery
IVT stimulates microcirculation in the skin and underlying tissue, leading to improved oxygen supply and nutrient delivery. For athletes, this means faster muscle recovery after training and more efficient muscle supply during exertion.
Accelerated recovery after intensive training or injuries
Stimulating lymphatic flow through IVT leads to a reduction in swelling and the removal of excess interstitial fluid. This is particularly beneficial after injuries or intense training sessions, as it accelerates regeneration. Improved oxygen supply and nutrient delivery support the healing process after injuries or operations.
Injury Prevention
The IVT promotes collagen and elastin production. These proteins are not only important for skin structure and firmness, but also for the strength and elasticity of tendons and ligaments, an important prerequisite for injury prevention and the performance of athletes.
Optimised body composition and weight management
IVT stimulates fat metabolism, leading to the mobilisation and breakdown of fat deposits. This can be of interest to athletes aiming for optimised body composition and weight management.
