About Us

Huntington Beach Cryotherapy

714-613-4966

CONTACT US TODAY

About Huntington Beach Cryotherapy

​Our cryotherapy services in Huntington Beach, Ca are safe for your overall health and can help treat a variety of ailments, including chronic pain and muscle recovery. Even professional athletes are turning to cryotherapy to recover from a rigorous workout. Unlike other forms of therapy, cryotherapy is completely risk-free. All of our facilities follow the highest safety standards. This includes our commitment to safety, and we take the utmost care in maintaining your comfort.

Contact Us

At Huntington Beach Cryotherapy, our entire body cryotherapy process involves placing the patient in a cryogenic chamber at ultra-low temperatures. The treatment can reduce pain and promote healing by stimulating receptors in the body. Cryotherapy has been used for decades and has even been proven to decrease inflammation in some patients. It is one of the most effective treatments for several ailments, including muscle and joint pain. This treatment is safe and effective for athletes and the general public.


Our cryotherapy services come in two types: internal and external. Internal cryotherapy involves inserting a cryoprobe through a small incision into a specific body area. To guide the cryoprobe, ultrasound imaging is used to determine which tissue is affected and how to apply the treatment. Local anesthesia will numb the area, while general anesthesia will put the patient to sleep. If you're interested in trying cryotherapy, consider us today.

Whether you'd like to experience the benefits of cryotherapy, or simply treat one specific area, our service offers several advantages. Among these benefits are increased antioxidant activity, enhanced circulatory and lymphatic function, and improved joint motion. Moreover, cryotherapy also increases norepinephrine levels, which mobilize the body for action. Moreover, the cold also increases the expression of genes involved in lipid metabolism, as well as the production of cold shock proteins.

Share by: