Experience the Healing Power of Red Light Therapy
Who Should Not Do Red Light Therapy and PEMF
While Red Light Therapy and PEMF are generally safe, certain individuals should avoid these treatments or seek medical advice first:
- Photosensitive Individuals: Those with light-sensitive conditions or medications may experience adverse reactions.
- Pregnant Women: Caution is advised during pregnancy.
- Active Cancer Patients: Consult with a doctor before treatment.
- Epilepsy Patients: Medical advice is recommended before therapy.
- Individuals with Pacemakers: PEMF therapy can interfere with pacemakers and should be avoided.
At Shvaas Spa, we ensure that our therapies are safe and suitable for your specific needs.
Red Light therapy
Red Light Therapy Columbia, SC — Full-Spectrum Photobiomodulation at Shvaas Spa
If you’ve searched for red light therapy in Columbia, SC, you’ve likely found a range of options — from inexpensive home panels to single-color LED beds. At Shvaas Spa, what we offer is fundamentally different: a 40-minute session pairing medical-grade LED (660–990nm multi-wavelength) with PEMF (Pulsed Electromagnetic Field) therapy, both running simultaneously. The red light runs for 30 of those 40 minutes; PEMF runs the full session. Two independent, science-backed therapies — one visit. Every element of this protocol is grounded in peer-reviewed clinical research
What Is Photobiomodulation (PBM)?
Photobiomodulation is the science behind red light therapy. When specific wavelengths of light interact with your cells, they are absorbed by mitochondrial enzymes — primarily cytochrome c oxidase — triggering a cascade of beneficial biological effects. The result is increased ATP (cellular energy) production, reduced inflammation, enhanced collagen synthesis, improved circulation, and accelerated tissue repair.
This is not a cosmetic or placebo effect. Over 4,000 peer-reviewed studies indexed on PubMedinvestigate the mechanisms and clinical outcomes of photobiomodulation. The science is robust, the mechanisms are understood, and the clinical evidence continues to grow.
Our Protocol: Three Wavelength Ranges, Three Levels of Healing
Our medical-grade LED device delivers a combination of wavelengths across the 660–990nm therapeutic window. Each range penetrates to a different depth and targets different cellular processes:
Three Wavelength Ranges, Three Levels of Healing
660nm — Red Light — Surface Tissue
940–990nm — Deep Near-Infrared — Vascular and Cellular Depth
810–850nm — Near-Infrared — Muscle, Joint, and Deep Tissue
Penetration depth: 2–5mm (epidermis and upper dermis)
Primary targets: Skin cells (fibroblasts and keratinocytes), surface vasculature, epidermal repair
Key benefits:
• Stimulates collagen and elastin production in skin fibroblasts
• Reduces surface inflammation and redness
• Accelerates wound healing and tissue repair
• Improves skin texture, tone, and fine line appearance
• Supports cellular energy production in skin cells
The research: A randomized controlled trial published in Photobiomodulation, Photomedicine, and Laser Surgery found that 660nm LED therapy reduced periocular wrinkle volume by 30% over 10 sessions. Separate published research confirmed that 660nm light increased type-1 procollagen levels by 31% in tissue models and reduced matrix metalloproteinase expression by 18%.
810–850nm — Near-Infrared — Muscle, Joint, and Deep Tissue
940–990nm — Deep Near-Infrared — Vascular and Cellular Depth
810–850nm — Near-Infrared — Muscle, Joint, and Deep Tissue
Penetration depth: 5–15mm (muscle, tendon, fascia, joint tissue)
Primary targets: Muscle tissue, joints, connective tissue, lymphatic and deep vascular structures
Key benefits:
• Reduces delayed-onset muscle soreness (DOMS) and speeds recovery
• Decreases deep inflammatory markers (cytokines)
• Improves joint function in conditions like knee osteoarthritis
• Enhances mitochondrial efficiency in muscle cells
• Supports tendon and ligament repair
The research: A systematic review and meta-analysis of 28 randomized controlled trials involving over 1,200 athletes found that 660–850nm photobiomodulation produced a 22% reduction in creatine kinase (a marker of muscle damage) and 2.1-fold faster recovery. Multiple clinical trials have demonstrated meaningful pain reduction in musculoskeletal conditions including knee osteoarthritis.
940–990nm — Deep Near-Infrared — Vascular and Cellular Depth
940–990nm — Deep Near-Infrared — Vascular and Cellular Depth
940–990nm — Deep Near-Infrared — Vascular and Cellular Depth
Penetration depth: 15mm+ (vascular tissue, organ-level depth)
Primary targets: Vascular endothelium, deep cellular mitochondria, systemic circulation
Key benefits:
• Modulates endothelial function and supports healthy circulation
• Regulates nitric oxide (NO) release for vasodilation
• Supports mitochondrial activity at depth via the PI3K/Akt pathway
• Reduces systemic oxidative stress markers
- • Supports cellular recovery and systemic energy production
The research: A 2021 peer-reviewed study (Amaroli et al., Oxidative Medicine and Cellular Longevity) confirmed that 980nm laser light directly regulates mitochondrial activity and reactive oxygen species production. A PRISMA-compliant systematic review across PubMed, Scopus, Cochrane, and Scholar databases found that red and near-infrared light in this range modulates endothelial function, improves angiogenesis, and supports vasodilatation through nitric oxide pathways.
PREVENTS MUSCLE SORENESS & FATIGUE
REDUCE ARTHRITIS JOINT PAIN & INFLAMMATION
REDUCE ARTHRITIS JOINT PAIN & INFLAMMATION
Natural red &near-infraredd light helps promote antioxidants which play a central role in reducing the oxidative stress associated with muscle fatigue. Tissues are receiving more oxygen and other nutrients important for healing while also ridding themselves of toxic by-products.
Learn more about how red light prevents muscle soreness and fatigue.
REDUCE ARTHRITIS JOINT PAIN & INFLAMMATION
REDUCE ARTHRITIS JOINT PAIN & INFLAMMATION
REDUCE ARTHRITIS JOINT PAIN & INFLAMMATION
850nm and 660nm light have a strong ability to penetrate deeper into the tissue, organs and joints making them ideal for enhancing muscle recovery and reducing joint pain & inflammation.
Read more about how red light therapy reduces arthritis, joint pain and inflammation.
Skin Rejuvenation
REDUCE ARTHRITIS JOINT PAIN & INFLAMMATION
Skin Rejuvenation
The Red Light has been shown to boost collagen, smooth wrinkles, and enhance skin tone for an overall younger look.
Learn more about red light therapy and skin rejuvenation.
The who, what & why
Why 30 Minutes of Red Light? Understanding the Therapeutic Dose
Why 30 Minutes of Red Light? Understanding the Therapeutic Dose
Why 30 Minutes of Red Light? Understanding the Therapeutic Dose
Photobiomodulation follows the Arndt-Schulz biphasic dose-response principle: there is an optimal therapeutic window, and exceeding it does not increase benefit. The red light’s 30-minute window within your session is calibrated to deliver the correct joule-per-square-centimeter dose across all three wavelength ranges without oversaturating any single target.
This is also why session length is not a simple “more is better” equation. Our medical-grade device delivers significantly higher irradiance than consumer-grade products. The 30-minute red light window is used to distribute a complete, multi-depth therapeutic dose — not to compensate for low output power.
Why 40 Minutes PEMF? The PEMF Protocol Explains It
Why 30 Minutes of Red Light? Understanding the Therapeutic Dose
Why 30 Minutes of Red Light? Understanding the Therapeutic Dose
PEMF (Pulsed Electromagnetic Field) therapy works through a completely different mechanism than red light — electromagnetic stimulation of cell membranes and ion channels rather than photobiomodulation. Its clinical protocols are optimized at 40 minutes for a full therapeutic dose. So the session is 40 minutes because PEMF runs its complete 40-minute protocol — and red light therapy runs simultaneously for the first 30 of those minutes, layering two independent therapies into one visit.
What this means for you:
Who Can Benefit from Red Light Therapy in Columbia, SC?
Who Can Benefit from Red Light Therapy in Columbia, SC?
Your cells are receiving electromagnetic stimulation and multi-wavelength photobiomodulation at the same time, targeting recovery through two separate biological pathways simultaneously. Most wellness facilities offer one or the other. At Shvaas Spa, both are built into a single 40-minute session.
Who Can Benefit from Red Light Therapy in Columbia, SC?
Who Can Benefit from Red Light Therapy in Columbia, SC?
Who Can Benefit from Red Light Therapy in Columbia, SC?
Our red light therapy sessions are popular with guests seeking:
• Skin rejuvenation, collagen support, and anti-aging benefits
• Recovery from exercise, sports training, or physical labor
• Chronic pain management (joints, back, neck)
• Stress reduction and nervous system support
• General cellular wellness and energy optimization
• Post-procedure skin support (non-ablative complementary care)
• Inflammation reduction — systemic and localized
I'm ready to book
packages are for individual use only
Disclaimer
Red light therapy is a supportive wellness modality and is not intended to diagnose, treat, cure, or prevent any disease. Individual results may vary. Consult your healthcare provider if you have specific medical conditions.
.png/:/cr=t:0.74%25,l:0%25,w:100%25,h:77.22%25/rs=w:1004,h:456,cg:true)
Give the gift of Relaxation!
Gift Certificates are available for immediate or scheduled delivery.
All gift cards sales are final.
This website uses cookies.
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.