
WHAT IS
RLT
Red light therapy (RLT) is a non-invasive, natural treatment that uses low-level red and near-infrared light to stimulate cell energy production. RLT is believed to help cells regenerate and repair themselves more quickly by increasing the amount of energy they produce. This increased energy production can lead to improved skin health, reduced inflammation, better blood circulation and even improved moods.

WHY RLT
RLT has been used in medical treatments for decades, but has recently become popular among athletes and health enthusiasts as an alternative method of improving overall health. Red light therapy is believed to help:
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Reduction of Chronic and Acute Pain
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Skin Rejuvenation (boost collagen & elastin production)
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Tissue Regeneration
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Wound Healing
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Muscle Recovery
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Muscle Conditioning
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Testosterone Boost
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Reduced Inflammation
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HOW TO
RLT
Our Clearlight® Red Light Therapy tower conveniently attaches to the door of our Infrared Sauna cabin. This provides for a more relaxing session that can be enjoyed seated or standing. Whatever your need for RLT, you will get the best benefits by exposing the area receiving treatment. Because lotions provide a barrier between the outside elements and the skin absorption, please refrain from using lotion the day of your RLT treatment. We provide wash clothes and chemical free soap if you need it.
PRICING
SINGLE SESSIONS: 10-25 min : $25
ADD-ON: Add on RLT to any Halotherapy or Infrared Sauna single ($10) session or ($25) membership:
MONTHLY MEMBERSHIP: Red Light Therapy only : Unlimited for 30 days : $150
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RLT can be enjoyed standing or sitting. Time frame depends on ailment and how close you sit or stand to the light. Number of treatments depends on pathology you are treating.
Chromotherapy, aromatherapy & bluetooth speaker connection are all included. We provide safety goggles but feel free to bring your own (must be protective from IPL, Laser, LED, UV lamp rated). Please refrain from using lotion and foundation makeup the day of your session. This creates a barrier and prevents adequate absorption of the red light.
