Robotic Laser Treatment for Back Pain

Robotic Laser Treatment for Back Pain

Robotic laser treatment offers advantages in managing back pain by avoiding the need for surgery and minimizing the potential side effects associated with long-term medication use. This method is a non-invasive approach for treating conditions such as herniated discs. It is used for both lumbar and cervical disc herniations as a non-surgical treatment option. The key benefit is that is applied without any physical contact or invention with the tissue. Compared to other non-surgical treatments, it carries almost no risk and is considered safer than methods such as massage or topical creams.

%80 of people experience back pain at some point in their lives, with 20% of those cases being severe. Treatmemt options for severe back pain include medications, physical therapy, and in some cases, surgical intervention. 

The benefits of robotic laser treatment include pain reduction, improved function, and tissue regeneration. This procedure does not pose potential risks to the patient. It can be combined with other minimally invasive methods, such as targeted transforaminal injection techniques and herniated disc regression therapies.

Who are suitable candidates for robotic laser treatment? Are there any side effects?

With advancements in technology, non-surgical methods for treating herniated disc are achieving more successful outcomes. Patients can relieve their pain and promote the healing of damaged tissue without compromising the integrity of their body. According to a 2016 study, low-level laser therapy in robotic laser treatment sends messages to receptors on the cell membrane and the mitochondria in the cell’s energy center. These messages reach the DNA that controls the cell, ensuring effective cellular function. Cells with increased energy and information flow work more efficiently. This type of laser therapy benefits tissues composed of bone, cartilage, muscle, ligaments and cells. Low-level laser therapy promotes healing and regeneration by affecting the tissue locally and also influencing blood and acupuncture points systemically.

Physiological Effects of Robotic Laser Treatment

Enhanced Cell Memrane Health

Increased Collagen Production

Promotion of New Blood Vessel Formation

Support for the Immune System

Pain Reduction Through Increased Endorphin Production

Improved Lymphatic Drainage

Reduction of Inflammation and Increased Antioxidant Production

Absorption of Light by Abnormally Functioning Cells

Scientific Studies on Robotic Laser

Scientific research on robotic laser treatment covers areas such as tissue healing, pain relief, functional improvement, and nerve repair. Low-level laser therapy supports tissue regeneration and recovery. A meta-analysis conducted in 2016 found that low-level laser therapy is beneficial for back pain.

Studies have demonstrated that robotic laser treatment reduces nerve pain and enhances nerve repair. Animal studies have shown that nerves repaired with low-laser therapy heal faster. Specifially, laser light with a wavelength of 880 nm has been found to accelerate healing.

A meta-analysis from 2022 showed that both low-level and high-level laser therapies can reduce pain and improve function in cases of non-specific chronic low back pain. However, the study did not find sufficient evidence to support the use of lasers in acupuncture.

Non-Surgical Treatment of Herniated Discs with Robotic Laser

Robotic laser therapy is a highly preferred treatment method for sciatic pain caused by herniated discs. It is a non-invasive method with minimal risk associated with non-surgical treatments for herniated discs. In cases of raptured herniated discs, robotic laser therapy can be combined with targeted therapy and regression treatments. It may also benefit patient who experience recurrence after a surgery by reducing pain and swelling. Robotic laser therapy for herniated discs utilizes low-level laser light at wavelength of 808 nm and 905 nm. The 808 nm wave length provides continious wave light that penetrates deep tissues to reduce swelling and inflammation. The 905 nm wavelength delivers pulsed lights, which helps in immediately alleviating pain.

The treatment is tailored to individuals patients through personalized programs based on factors such as the patient’s weight, the size of the area to be treated and whether the condition is acuate or chronic. This customization allows for the application of specific treatments protocols quickly. For acuate low back pain radiating to the leg, 2-5 sessions may be needed, whereas 8-12 sessions might be required for chronic low back pain. When combined with other treatments like targeted therapy and regression treatments, 1-2 session may be sufficient. The earlier robotic laser therapy is administered when conventional methods such as medication and exercise are ineffective, the higher the success rate of the treatment.

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