The first form of Cryotherapy we will examine is ‘cooling’. Cooling therapies involve the application of cold to the body or specific areas to achieve therapeutic effects, such as reducing pain, limiting inflammation and supporting recovery. In this section, we will explore the various types of cooling methods.

Cold air devices primarily function as cooling treatments, making them highly effective for managing superficial acute inflammation and trauma. They deliver chilled air over the skin without direct contact, reducing the risk of contamination in sensitive or treated areas. For decades, these devices have been commonly used to manage acute inflammation and discomfort following skin […]

Now that we’ve covered cooling applications, we will progress to Cryostimulation in the next section. One of the key distinctions between standard cooling and Cryostimulation lies in their vascular responses. In this lesson, we will take a closer look at how a local area reacts to cooling and the vascular mechanisms that occur both during […]

Now that we’ve covered cooling applications, we will progress to Cryostimulation in the next section. One of the key distinctions between standard cooling and Cryostimulation lies in their vascular responses. In this lesson, we will take a closer look at how a local area reacts to cooling and the vascular mechanisms that occur both during […]

Analysis Temperature Gradient Convective heat loss from the skin is directly related to the steepness of the temperature gradient at the body surface, the greater the difference, the more efficient the cooling. Temperature limitations play a key role in how effectively each system can cool the skin during treatment. “The convective heat loss is therefore […]