Sauna -Relax and Rejuvenate

Infrared saunas use panels that emit infrared radiation, usually in the far-infrared band. Far infrared is absorbed close to the skin, then heat moves farther through tissue by conduction and blood flow. It is not light traveling several inches into muscle. The air temperature is usually lower than in a traditional sauna, often around 100 to 140 degrees Fahrenheit.

The experience feels gentler. You are warm and may sweat, but the air is not as hot. Because radiant heat supplies more of the thermal load, some users find they can tolerate longer sessions and what got them to where they are.

Potential Benefits of Infrared sauna

• Relieves Stress and Tension

• Improves Recovery and Circulation

• Provides Temporary Pain Relief

• Increase resistance to Illness

• Weight loss 

• Detoxification

• Helps lower blood pressure 

• Helps with Cardiovascular health 

Start your journey 

Start slowly with one or two sauna session(s) per week. When entering the sauna, wear minimal clothing since infrared rays have difficulty penetrating clothing. Take at least two dry, clean towels inside the sauna with you, one to sit on and the other to wipe away perspiration. Adjust the timer to reflect a 15 to 20 minute session. Once you begin building a tolerance for the heat, you can gradually increase the time with future sessions.  

Use your session to relax, meditate, and escape from your everyday stress. Enjoy the benefits of your infrared sauna as you detox your body through perspiration. Massage areas of the body that ache to relieve sore and tense muscles. From time to time, wipe off the excess perspiration to allow for more intense sweating. If at any time you feel dizzy, nauseous, or any discomfort, exit the sauna immediately.  

After your sauna session is over, turn the power off and sit in the sauna with the door ajar for about 10 minutes and let your body adjust to the cooler air temperature. Although the sauna heat emitters are turned off, your body will still continue to perspire. Once your body has cooled down, you can exit the sauna. Rest at least 20 minutes before taking a warm shower to rinse off the perspiration from your body. 

Come relax with your favorite book and or beverage with a soul warming foot soak. Restore vital minerals of magnesium, zinc, potassium with an unscented bath, eucalyptus & spearmint, or lavender.

• Relaxation — Soaking feet in warm mineral water can significantly reduce stress and promote relaxation after a long day.
• Skin Softening — Mineral soaks help soften dry and hard skin, making it easier to maintain foot hygiene.
• Pain Relief — They may alleviate foot pain, cramping, and tension, benefiting those with conditions like arthritis or restless leg syndrome.
• Swelling Reduction — Regular use can help decrease mild swelling in the feet, enhancing comfort and mobility.
• Mineral Absorption — Soaking aids in the absorption of beneficial minerals, contributing to overall wellness. 

1-2 times a week for week 1-4 

3- 5 times per week for week 5 +

Red light packages available 

Integrating red light therapy into massage sessions offers multiple advantages, from faster muscle recovery to enhanced skin health. Clients report noticeable improvements in relaxation and pain relief, making it a game-changer for wellness routines.

Red light therapy accelerates muscle recovery by reducing inflammation and clearing lactic acid buildup. When used before massage, it softens tense muscles, allowing therapists to work more effectively. This is ideal for athletes or those with active lifestyles.

By modulating pain signals, red light therapy reduces discomfort during and after massage. It’s particularly effective for chronic conditions like arthritis, enabling deeper tissue work without added strain. Clients experience longer-lasting relief from soreness.

Red light therapy promotes collagen production, improving skin elasticity and reducing fine lines. When paired with massage, it enhances topical product absorption, leaving skin radiant. It also helps treat conditions like acne by reducing inflammation.

The therapy triggers endorphin release, fostering a deeper sense of calm during massage. The gentle warmth of the light adds a soothing element, enhancing the meditative quality of the session. This leads to better sleep and reduced stress levels.

Individuals with photosensitive conditions or certain skin cancers should consult a doctor. Pregnant clients may also need to avoid it, though risks are minimal.

This section explores the effects and applications of 10 Hz red light therapy.

• Cellular Energy Production — 10 Hz therapy increases ATP production, which is crucial for cellular energy and function.
• Cerebral Blood Flow — This frequency has been shown to enhance cerebral blood flow, potentially aiding cognitive functions.
• Neuroprotection — 10 Hz is effective in promoting brain repair and reducing inflammation, making it beneficial for neurological health.
• Pain Relief — It can also target pain relief, making it useful for various conditions

This section explores the effects and applications of 20 Hz red light therapy.

• Frequency Impact — 20 Hz is thought to stimulate cellular processes effectively, enhancing mitochondrial function.
• Therapeutic Applications — Commonly used for pain relief, skin rejuvenation, and hair growth.
• Mechanism of Action — The therapy works by increasing ATP production, which fuels cellular repair and regeneration.

This section delves into the specifics of 30 Hz red light therapy.

• Cellular Energy — 30 Hz is thought to optimize ATP production, enhancing cellular energy.
• Inflammation Reduction — This frequency may help decrease inflammation, aiding recovery.
• Skin Health — Studies suggest that 30 Hz can improve skin conditions by promoting collagen production.
• Mitochondrial Stimulation — The frequency targets mitochondria, boosting their efficiency in energy production.

This section delves into the mechanisms and benefits of 40 Hz therapy.

• Mechanism — 40 Hz light therapy induces gamma-frequency brainwaves, which are linked to cognitive functions like memory and attention.
• Applications — It is being explored for its potential in treating neurodegenerative diseases, particularly Alzheimer's.
• Non-invasive — The therapy is considered safe and non-invasive, making it accessible for various patients.
• Research — Studies indicate that exposure to 40 Hz light can enhance synaptic plasticity, crucial for learning and memory.