Cold laser therapy is an important component of knee care at the Liebell Clinic. Knee problems often involve irritated tendons, inflamed joint surfaces, strained ligaments, and overloaded soft tissues that respond extremely well to low-level laser light.
Cold laser therapy is non-invasive and non-thermal; it uses specific red and near-infrared wavelengths to support cellular energy production, reduce inflammation, calm nerve irritation, and promote tissue repair. It does not forcefully manipulate the joint, apply heat, or alter biomechanics through pressure—making it ideal for painful or sensitive knees.
Research supports the use of photobiomodulation for arthritic and musculoskeletal knee pain. Multiple randomized controlled trials have demonstrated meaningful reductions in pain and improvements in mobility among patients with knee osteoarthritis treated with low-level laser therapy compared to placebo. Systematic reviews have shown that laser therapy can reduce inflammatory chemistry, support cartilage metabolism, and improve functional performance in arthritic knees. Studies involving Erchonia-style low-level lasers have shown significant improvements in orthopedic conditions, reinforcing that this technology is both safe and scientifically supported.
At the Liebell Clinic, cold laser therapy is provided by our laser therapist, Evan Liebell, as a seamless part of the family-based care we deliver. It reflects the same methods and technologies we rely upon for ourselves and our own family. Laser therapy works in concert with Dr. Breiten Liebell’s manual chiropractic treatment, handheld instrument techniques, auricular therapy, and total-body structural evaluation. Knee problems rarely occur in isolation, so laser treatment is integrated carefully alongside the mechanical corrections taking place throughout the body.
Cold laser is especially valuable for patients with osteoarthritis, chronic tendon irritation, cartilage strain, patellofemoral problems, and post-surgical discomfort. It is also beneficial for ligament strain and persistent soft tissue pain that has not improved with other conservative methods. Because it is gentle and non-invasive, cold laser therapy is ideal for knees that cannot tolerate aggressive force, deep pressure, or intensive manual work during the early stages of recovery.
Another advantage of cold laser therapy is the diagnostic insight it sometimes provides. When a patient experiences a noticeable improvement in knee comfort after laser application—not only directly at the knee but occasionally at related regions of the lower back, pelvis, or hip—it often confirms the interconnected mechanical and neurological relationships contributing to knee pain. This helps guide the course of care, ensuring that treatment addresses the true source of the discomfort rather than just the location of symptoms.