Frequently Asked Questions

Laser therapy uses light energy (photons) to stimulate a series of reactions in the body that increase cell regeneration and healing. Known as photobiomodulation, the application of a concentrated infrared light beam on biological tissues increases cellular energy (ATP) for improved functionality, faster healing, better nutrient absorption and clearing of waste. Our high-powered infrared laser can penetrate as deep as seven inches into the body. The more energy your cells get, the faster they are able to repair.

Research has shown that laser therapy results in:

- Decreased inflammation (acute and chronic)

- Decreased pain

- Increased blood flow

- Increased range of motion

- Increased cellular regeneration

Other benefits are increased cellular energy and cell repair, a decrease in aging, increased gut healing and function, improved immune-system functioning, better neurotransmitter and hormone balance, along with much more.

Our cold laser therapy is clinically proven to address a wide range of pain conditions and soft tissue injuries, including:

• Ankle Pain
  Often caused by sprains, tendonitis, or ligament tears, ankle pain can limit mobility and daily function. Cold laser therapy helps reduce swelling and promotes healing of common injuries such as Achilles tendonitis, ankle sprains, and peroneal tendonitis.

• Elbow Pain
  Repetitive strain or sudden trauma can lead to elbow conditions like tennis elbow (lateral epicondylitis), golfer’s elbow (medial epicondylitis), or ulnar collateral ligament injuries. Cold laser therapy aids in relieving pain and speeding up tendon and ligament repair.

• Foot Pain
  Foot pain may stem from plantar fasciitis, metatarsalgia, or stress fractures. Cold laser therapy can reduce inflammation and assist in healing connective tissue injuries and nerve compression syndromes such as tarsal tunnel syndrome.

• Hip Pain
  Common causes include hip bursitis, labral tears, and hip flexor strains. Cold laser therapy helps improve joint function, reduce inflammation, and accelerate recovery in both soft tissue and joint-related hip conditions.

• Knee Pain
  Knee pain is frequently due to meniscus tears, ACL/MCL sprains, patellar tendinitis (jumper’s knee), or osteoarthritis. Cold laser therapy is effective in managing swelling, pain, and tissue healing following both acute injuries and chronic degeneration.

• Lower Back Pain
  Lower back discomfort can result from lumbar strains, herniated discs, sciatica, or facet joint dysfunction. Cold laser therapy is a powerful option to ease muscle tension, promote disc and ligament healing, and reduce inflammation in the lumbar spine.

• Neck Pain
  Neck injuries may include whiplash, cervical disc herniations, muscle strains, or facet joint irritation. Cold laser therapy reduces muscle spasms, enhances circulation, and accelerates healing in neck tissues.

• Shoulder Pain
  Conditions such as rotator cuff tears, frozen shoulder (adhesive capsulitis), and shoulder impingement syndromes often cause pain and restricted movement. Cold laser therapy can reduce joint inflammation and support soft tissue regeneration.

• Upper Back Pain
  Upper back pain is often linked to muscle strains, thoracic spine dysfunction, or myofascial trigger points. Cold laser therapy aids in relaxing tight muscles and improving blood flow to affected areas, promoting faster recovery.

• Hand Pain
  Hand pain can arise from repetitive strain injuries, tendonitis, trigger finger, or carpal tunnel syndrome. Cold laser therapy helps relieve nerve compression, reduce inflammation, and accelerate tissue repair in the hand and fingers.

• Wrist Pain
  Wrist conditions like sprains, tendonitis, and De Quervain’s tenosynovitis can limit daily tasks. Cold laser therapy effectively reduces swelling and stimulates healing of tendons, ligaments, and soft tissues in the wrist area.

We use a Class IV proprietary laser system, which offers high power (72 watt) and a patented infrared wavelength (1275 nanometers). This one-of-a-kind system was formerly only available to professional athletes, and is capable of penetrating dense layers of tissue (up to 7 inches), unlike other lasers.

Yes, a growing body of clinical research strongly supports the effectiveness of cold laser therapy (LLLT) across a variety of medical applications.

Here is a sample of some of the numerous high-quality studies and systematic reviews have demonstrated its positive impact on pain relief, inflammation reduction, and tissue regeneration:

• A systematic review published in The Lancet concluded that cold laser therapy significantly reduces musculoskeletal pain and inflammation, making it a reliable option for soft tissue and joint injuries.

• A study in Photomedicine and Laser Surgery found that LLLT accelerates tissue repair by stimulating fibroblast proliferation and enhancing collagen production, both critical for ligament, tendon, and muscle healing.

• Research conducted at Harvard Medical School confirmed that cold laser therapy promotes nerve regeneration and improves neurological recovery, making it beneficial for neuropathic conditions.

• A meta-analysis of randomized controlled trials reported that LLLT effectively alleviates joint pain and stiffness associated with osteoarthritis and other degenerative conditions.

Additional research has further validated these findings:

• A systematic review in BMJ Open revealed that cold laser therapy significantly reduces pain and improves function in patients with knee osteoarthritis.

• A 2020 review in Lasers in Medical Science found that cold laser therapy helps reduce inflammation markers and improves mobility in patients suffering from chronic low back pain.

• A double-blind trial published in Clinical Rehabilitation showed that patients treated with LLLT experienced faster recovery times and lower pain scores compared to placebo groups when managing tendonitis and soft tissue injuries.

Collectively, these studies confirm that cold laser therapy is a safe, non-invasive, and clinically proven treatment that aids in pain management and accelerates tissue healing across a broad range of conditions.

You can expect to feel heat or warmth during your laser session. We create a relaxed environment, and clients often fall asleep during a session. Laser treatment also increases blood flow and relieves pain, resulting in the release of endorphins and/or hormones that contribute to feeling good.

You will receive the most effective laser therapy at high-level care and attention. We will ask questions to learn what is going on in your body & determine where to direct the laser. It is very comfortable, pain-free, and requires zero down time.

70% of clients experience a difference after just one session. Most of our clients experience results or a big shift within 1-4 sessions. You might feel sensations during the treatment, ranging from soreness to immediate relief. Some people report a noticeable change after the first session; others experience very little or none. Results vary for each individual. We recommend at least a couple of treatments to gauge improvement, which also depends on the nature of the condition or injury as well as your overall health and age.

A person can receive laser therapy every day. Our standard recommendation is 2-3 sessions during the first week; then, depending on your results, 1-2 sessions for the following weeks until you reach your goals.

The duration of treatment varies with the nature of the injury or condition you are experiencing, as well as other factors such as length and severity of the injury, and your age. Most people have a breakthrough within 1-4 sessions, after which we can determine how many more sessions you might need. We can work with you on a discounted plan that best fits your needs.

Hydrate! As laser therapy does not result in down time, you can incorporate it into your normal daily life and activities. It is compatible with and complements other therapies.

You can most definitely have laser therapy as soon as the day after surgery. However, we always recommend that you first consult your doctor or surgeon. Laser therapy has been shown to speed the healing of incisions and quickly normalize the surrounding tissue.

While both cold laser and red light therapies harness the power of light, there are key distinctions:

• Wavelength & Power:
  Our cold laser device operates at a patented 1275 nm wavelength, providing far deeper tissue penetration and higher energy output than red light therapy, which typically uses 630-660 nm wavelengths for more superficial applications.

• Depth of Treatment:
  Our cold laser device is the only one that reaches up to 7 inches into tissues, ideal for targeting deep muscle, joint, and ligament injuries. Red light therapy generally affects only the surface layers (about 1-2 cm depth), making it better suited for skin-related treatments.

• Therapeutic Applications:
  Cold laser therapy is preferred for deep tissue healing, musculoskeletal pain, and inflammatory conditions, while red light therapy is commonly used for skin rejuvenation, mild inflammation, and cosmetic treatments.

Our prices are based on the length of the treatment session. Individuals with multiple issues or conditions and may benefit from a longer session. Contact us or visit our booking site for specifics on session length and price. Our rates are low compared to most other clinics. We also offer package discounts and referral credits when you send us a new client.

Currently, our laser therapy is not covered by insurance. However, we are happy to provide receipts and write a supportive letter for you to submit to your insurance for purposes of possible reimbursement.

You can book online or contact us via phone or text - 800-785-8505. We offer an initial phone consultation to fully answer your questions and be sure that you are a good candidate for laser therapy. For first time clients looking for a consultation & laser session, you can simply select "First Time Client" on our online booking platform for your first visit. Make sure you receive a confirmation email/text, and double check to be sure appointment information is correct (location, date, and time).