MLS Orthopedic Laser Therapy is a groundbreaking advancement in medical treatment, providing significant benefits for individuals seeking alternatives to traditional pain management methods. This cutting-edge technology is FDA-approved, ensuring it meets the highest standards for safety and efficacy. Furthermore, the American Academy of Orthopaedic Surgeons (AAOS) has recently recognized laser therapy as a valuable treatment option for knee osteoarthritis.

Designed to offer pain relief and accelerate healing without the need for opiates, MLS Robotic Laser Therapy is a cold laser therapy that utilizes dual-wavelength light energy to stimulate the body’s natural healing processes. It is considered a cold laser therapy because it does not cause excess heat to the area, keeping the treatment from becoming uncomfortable. This innovative approach is particularly advantageous for treating a wide range of conditions, serving as an effective, opiate-sparing alternative for those looking to recover faster and alleviate pain without the associated risks of opioid medications.

Whether you’re dealing with chronic pain, recovering from an injury, or seeking to enhance your overall wellness, MLS Laser Therapy provides a non-invasive solution that taps into your body’s inherent healing capabilities. Explore how this FDA-approved and AAOS-endorsed treatment can pave the way for a healthier, more active lifestyle, free from pain and reliance on traditional pain medications.

FDA Approval

MLS Laser Therapy is FDA-approved for pain, inflammation and edema. This means that the MLS laser has passed stringent testing for safety and efficacy for medical use in the United States. This approval is a testament to the therapy’s proven benefits and compliance with health and safety standards.

AAOS Clinical Practice Guidelines

The American Academy of Orthopaedic Surgeons (AAOS) includes laser therapy in its Clinical Practice Guidelines as an effective treatment for knee osteoarthritis. This endorsement is backed by studies demonstrating that high-intensity laser therapy significantly reduces pain and enhances function compared to placebo or no treatment. Specifically, a meta-analysis incorporating data from high-quality studies (Gur 2003, Nazari 2018) and a moderate-quality study (Marquina 2012) highlighted the therapy’s benefit over sham treatments. These studies collectively point to laser therapy’s potential to offer a non-invasive, safe option for knee osteoarthritis patients, emphasizing its effectiveness in improving patient outcomes without serious side effects.

The science behind MLS (Multiwave Locked System) orthopedic cold laser treatment is grounded in its innovative approach to pain therapy and physical medicine. This FDA-approved and CE-certified device utilizes a high-power (average power up to 1.1 W, class IV) infrared (IR) laser with two synchronized laser diode sources. These sources operate at different wavelengths, peak powers, and emission modes, offering a comprehensive treatment modality:

First Laser Diode: Emits pulsed laser at 905 nm with a peak optical power of 25 W. The pulse is a train with a single pulse width of 100 ns and can reach a maximum frequency of 90 kHz. This allows for adjustable average power delivered to the tissue.

Second Laser Diode: Operates at 808 nm in either continuous mode (power 1.1 W) or pulsed mode (pulses repetition rate 1–2000 Hz), with a mean optical power output of 550 mW and a duty ratio of 50%, independent of the pulse repetition rate.

For treatment, cells are arranged in a specific setup that ensures uniform exposure to the laser’s energy, enabling a consistent and controlled therapy application across the treatment area. This setup involves placing cells within a specially designed support system that aligns with the laser handpiece, ensuring precise delivery of the laser’s energy to each well of the treatment plate. The support allows for a homogeneous scan of multiple samples simultaneously, with a set frequency of 1500 Hz and a total scan time of 8 minutes. This scanning mode, widely used in clinical settings, facilitates the treatment of larger areas efficiently while achieving desired therapeutic effects without adverse side effects​​.

In medical therapy, lasers are categorized based on their power output and therapeutic effects.

Class 3B Lasers: These low-level lasers emitting less power and are suitable for treating surface-level tissue issues. They require longer sessions due to their lower intensity, making them a gentle option for therapy that focuses on superficial healing.

Class IV Lasers: These high-power lasers offer deeper tissue penetration, providing more significant anti-inflammatory and analgesic effects. The higher power output allows for shorter treatment times but necessitates precise handling to avoid potential tissue damage.

MLS Lasers: Standing out within Class IV lasers, MLS (Multiwave Locked System) Lasers uniquely synchronize dual wavelengths to enhance therapeutic outcomes. This technology combines the safety of low-level lasers with the effectiveness of high-power treatments, efficiently delivering pain relief and promoting healing without the risks associated with conventional high-power lasers.

The dual wavelengths of MLS Robotic Laser Therapy work together to deeply penetrate tissues, with several mechanisms contributing to its therapeutic effects:

Anti-inflammatory Effect: It reduces inflammation by inhibiting the release of prostaglandins and cytokines, which are chemicals associated with pain and inflammation. This results in decreased swelling and increased blood flow to the affected area.

Analgesic Effect: MLS Laser Therapy directly affects nerve cells that block pain transmitted by these cells to the brain and decreases nerve sensitivity. Also, it increases the production of endorphins and enkephalins, which are natural painkillers.

Accelerated Tissue Repair and Cell Growth: The light from MLS lasers penetrates deeply into tissues and accelerates cellular reproduction and growth. The laser light increases the energy available to the cell to work faster and repair damaged cells.

Improved Vascular Activity: MLS Laser Therapy significantly increases the formation of new capillaries in damaged tissues, speeding up the healing process and increasing blood flow to the injured area.

Increased Metabolic Activity: It stimulates higher outputs of specific enzymes, greater oxygen, and food particle loads for blood cells, and thus greater production of the basic energy source of cells, ATP (Adenosine Triphosphate).

MLS Cold Laser Therapy offers a comprehensive approach to pain management and tissue healing through its “Global Approach,” which integrates distinct techniques to ensure optimal treatment outcomes. This multifaceted strategy targets the area of concern and addresses surrounding tissues to maximize patient improvement. Here are the key benefits of MLS Therapy:

Pain Relief Without the Need for Opioids: By directly targeting the area of pain using specific frequencies and techniques, MLS Therapy can significantly reduce discomfort without the dependence on pharmaceutical pain management, presenting a non-addictive solution to pain relief.

Accelerated Healing Process: MLS Orthopedic Laser Therapy stimulates cellular activity and increases circulation, promoting faster healing of damaged tissues. This accelerated process is crucial for recovery from injuries, surgeries, or chronic conditions.

Reduced Inflammation: The therapy effectively decreases inflammation by encouraging vasoconstriction and activating the lymphatic drainage system, which helps remove interstitial fluid. This reduction in swelling not only aids in alleviating pain but also supports the healing process.

Improvement in Blood Circulation: By enhancing microcirculation, MLS Laser Therapy ensures an increased supply of oxygen and nutrients to the affected area, further facilitating the repair and regeneration of tissues.

Enhanced Tissue Repair and Cell Growth: The laser’s energy stimulates cellular metabolism, promoting the repair of tissues and the growth of new cells. This is particularly beneficial in treating injuries where tissue damage is a primary concern.

The Global Approach of MLS Laser Therapy, with its multi-technique application during a single treatment session, ensures that patients receive the maximum benefits of this advanced therapy, making it an effective option for managing various conditions​​.

MLS Robotic Laser Therapy is adept at treating a wide array of conditions, offering patients a non-invasive option to address their health concerns. Here’s a list of common conditions treated by MLS Laser Therapy:

This extensive list showcases the versatility of MLS Laser Therapy in addressing a variety of musculoskeletal and neurological conditions, making it a valuable tool in modern therapeutic practices

Orthopedic surgery significantly enhances your quality of life by restoring mobility, making post-operative recovery crucial. Orthopedic laser therapy accelerates this process by promoting faster healing, increasing tissue repair, improving blood circulation, and reducing swelling. It plays a key role in enhancing the effectiveness of postoperative physical therapy, ensuring a smoother and quicker recovery period.

The specific duration and frequency of MLS Cold Laser Therapy sessions vary depending on the treatment condition and the individual patient’s response to therapy. Generally, treatment protocols are customized to meet each patient’s unique needs.

Preparation and Post-Treatment Care:

Preparation for MLS Laser Therapy is minimal, with patients advised to wear comfortable clothing that allows easy access to the treated area.

Post-treatment care typically involves following specific instructions the healthcare provider provides, such as staying hydrated and avoiding strenuous activities for a short period to maximize the treatment benefits.

Here are the top reasons why laser therapy is considered an excellent investment in health:

Effective Pain and Inflammation Reduction: Laser therapy is clinically proven to significantly alleviate pain and inflammation for many conditions, including post-surgical discomfort, musculoskeletal injuries, arthritis, and neuropathic pain.

Rapid Results: Many patients experience notable improvements within days rather than the weeks or months that other treatments may require.

Cost-Effective in the Long Term: By managing pain and facilitating mobility, laser therapy can potentially reduce the necessity for surgical interventions, leading to fewer medical appointments, decreased dependency on medication, and less need for other treatment over time.

Non-Invasive with No Downtime: Treatments are painless, involve no drugs or needles, and require no recovery time, allowing patients to resume their daily activities immediately after a session.

Exceptional Value: Six sessions of laser therapy can cost less than $500, making it an affordable option for effective relief and faster healing, with each session lasting around 10 minutes.

Integration with other therapeutic approaches: MLS laser therapy can enhance the overall treatment efficacy of other treatments including physical therapy during postoperative recovery, regenerative medicine injections, or a regular pain-management plan. This dual capability of providing direct therapeutic benefits while also complementing other treatments makes MLS Laser Therapy a versatile and forward-thinking choice for comprehensive patient care.

With an overall effectiveness rate of 85% in achieving pain relief, laser therapy presents a compelling, cost-effective solution for those seeking an alternative to traditional pain management methods.

Despite its FDA clearance, MLS Robotic Laser Therapy is often not covered by insurance because it is still considered investigational by many insurance companies. This classification means that, from an insurance perspective, the therapy is viewed as still under evaluation for its effectiveness across a broad range of conditions despite substantial clinical evidence supporting its benefits for pain management, inflammation reduction, and accelerated tissue healing. As a result, patients looking to benefit from MLS Laser Therapy may need to cover the costs out-of-pocket, weighing the potential immediate benefits against the lack of insurance support due to its investigational status.