The Cold Laser Center

Hi Tech and Highly Effective Cold Laser Therapy—right here in New Iberia. You ALWAYS see Dr Darby at Darby Chiropractic.

The Cold Laser Center @Darby Chiropractic, founded by Dr Cari Darby, DC is a unique laser system. Safe and Effective. Appointments with Dr Cari can be made by calling 337-364-6543 The term, ”Cold Laser”, means low level laser therapy. Research on the beneficial effects of low level laser has been cited for years. Pain and inflammation reduction, and natural energy production of ATP in the body, are the hallmarks of this treatment. The mitochondria of our cells respond favorably to this type of treatment, which aids in the body’s natural recuperative abilities through the power of light. There are many uses of laser therapy throughout health care. Our system is non heat producing, and is a unique soothing, and relaxing experience. It is a form of treatment that is non-invasive, and intended to help safely and efficiently, accelerate the body’s natural healing process in regards to conditions in the Chiropractic scope of practice. Many patients report feeling very relaxed during treatment. And then, after treatment, many patients report feeling more energetic.

During a session of Cold Laser Therapy, in a private treatment room, you are relaxing in a comfortable chair, or on a therapy table. Dr Cari decides which laser module is best for you, and on which setting. After the specific, focused laser session, you are welcome to relax further on our Full Body Photobiomodulation (laser) pad in a soothing, comfortable, private treatment room.
The light of the Cold Laser aids in helping your body’s own recuperative processes. We have seen great benefits for many of our patients with this non-invasive, safe, effective, and affordable treatment. Cold Laser Office Visit Sessions are based on our $60 fee.

As an adjunct therapy, Cold Laser may be beneficial for people suffering with Neuropathy. Thousands of Scientific Research Studies have shown the effectiveness of Cold Laser Therapy.

https://pubmed.ncbi.nlm.nih.gov/31405692/