What are the indications of laser light therapy for pain?
- Musculoskeletal Pain
- myofascial pain syndrome
- Pain related to muscles and bones
- Pain of neurological origin
- Inflammation
- Sports Injuries
- Acceleration of wound recovery
- Postherpetic Neuralgia
- Improve shoulder flexion, elbow extension
What's the technical parameter of the laser light therapy for pain ?
| Product Name | 650 nm laser red light pain relief therapy |
| Model Name | COZING-USBP |
| Application | Pain relief |
| Material | ABS |
| Feature | USB plug, can be directly connected to computer, mobile power bank. |
| Wavelength | 650 nm laser therapy apparatus |
| Laser Diode | 9 pcs |
| Certificate | CE, ROHS |
| Feature 3 | Portable |
What are the advantages of laser light therapy for pain?
- User-friendly operation.
- Compact and portable for on-the-go use.
- Instant laser activation upon insertion.
- Operable with various power sources including power banks, adapters, or computers.
- Features technology with national patent protection.
- Positive clinical trial findings indicate about 92% therapeutic benefit.
- LLLT therapy ensures physical therapy without invasiveness, side effects, and environmental harm.
-Joint and soft tissue injuries, neck and back, strains and sprains, frozen shoulder, tennis/golfer's elbow, sciatica, knee/foot pain
How does laser light therapy for pain work?
Relieve your body pains naturally and safely using red light therapy. Scientific research has proven that the human body has the ability to absorb light and convert that light into metabolic energy to help power cellular functions in the body. This may help improve metabolic processes, and cellular performance, and enhance the repair and regeneration of damaged tissue.Red and near-infrared light therapy use light of low wavelengths to kindle natural responses in the body, which can accelerate tissue repair, increase circulation, relieve joint stiffness, ease muscle pain, and improve overall cell functions in the body. Near infrared bulbs can deeply penetrate the skin into joint and muscle tissues to help reduce pain and inflammation, and improve circulation.
COZING-USBP laser light therapy for pain product display：
Laser light therapy for pain Clinical Study:
Studies and Findings
Research indicates that using photobiomodulation (PBM) alongside exercise or ultrasound therapy can significantly reduce pain and enhance shoulder flexion, elbow extension, and handgrip strength in individuals with lateral epicondylitis. Amanat et al. demonstrated that integrating laser therapy with pharmaceutical treatments, including tricyclic antidepressants, anxiolytics, muscle relaxants, and carbamazepine, effectively addresses orofacial pain. Additionally, Martins et al. found that combining long-term PBM therapy with B complex vitamins significantly diminishes pain responses.
Applying infrared laser therapy in combination with exercise or standard medical treatments (such as naproxen sodium, fluoxetine, and clonazepam) to patients with myofascial pain syndrome led to reduced pain levels and increased serotonin metabolite excretion. Furthermore, the concurrent use of low-level laser therapy (LLLT) and physiotherapy relieved pain and improved the quality of life in individuals with myofascial pain syndrome.
Studies have shown that the combined application of infrared laser treatment and physical exercise is effective in alleviating chronic low back pain. A clinical trial revealed that utilizing both hot-pack therapy and two specific wavelengths of LLLT (850 nm and 650 nm) significantly decreased pain severity and enhanced functionality and range of motion in this group. Additionally, laser therapy combined with exercise has shown to reduce pain intensity and improve shoulder function in individuals with subacromial impingement syndrome.
Conclusion
This systematic review underscores the therapeutic benefits of combining PBM with other treatments, highlighting their potential to enhance efficacy and minimize side effects across various central and peripheral neurological disorders. This approach opens up numerous research avenues to explore the synergistic effects of PBM in conjunction with other modalities, optimizing neural tissue stimulation. The review also enumerates the possible combinations studied in previous preclinical and clinical research. Due to the significant variability in combined treatment approaches and the disorders studied, further research is necessary to establish consistent evidence of efficacy. These studies will pave the way for the development of well-structured and successful clinical trials.
FAQ
