Knee pain causes include tears in ligaments, arthritis, meniscus issues, inflammation of the kneecap tendon (tendonitis), osteoporosis and rheumatoid arthritis.

Pain in the knee joint is one of the most common types of pain; for example, in the UK, 18 percent of those aged 45 and over live with the discomfort of osteoarthritis of the knee, according to a Statista 2019 study.

Knee pain can affect you at any age and is not limited to older people. Injury, worn down cartilage, infection or medical conditions such as arthritis or tendonitis can all be root causes of knee pain. Do not self-diagnose – see a GP if you’re worried about your symptoms.

The function of the knee is to bend and straighten the leg while bearing body weight together with the hips and the ankle. In order to perform all of these movements and support the body, the knee relies on several structures, bones, tendons and cartilages.

Understanding the anatomy of the knee joint

The knee joint comprises four essential bones: the femur (thigh bone), tibia (shin bone), fibula, and patella (kneecap). Four ligaments connect the thigh bone to the calf, providing stability: the anterior cruciate ligament (ACL) and posterior cruciate ligament (PCL) prevent the femur and tibia from sliding too far forward or backward, while the medial collateral (MCL) and lateral collateral ligaments (LCL) limit side to side movement of the joint.

What are the therapeutic effects of low-level laser therapy (LLLT)?

Low-level laser therapy, also known as cold laser therapy, is a non-invasive light-source treatment designed to alleviate discomfort from various musculoskeletal conditions, including knee pain. It employs low-level lasers to stimulate cellular function and accelerate healing. This therapy yields several potential benefits:

• Increased production of Adenosine Triphosphate (ATP)
• Increased cellular metabolism
• Increased collagen production
• Increased enzyme production
• Increased protein synthesis
• Improved blood circulation
• Improved lymphatic flow and drainage
• Reduced inflammation

All this serves to boost the body’s natural healing power, targeting the root causes of pain and providing rapid relief.

B-Cure Laser is unique due to its highly-targeted 4.5 cm beam, enabling quick, easy and effective treatment for a wide range of painful conditions. Moreover, it is available for home use, proven clinically effective and safe and comes with no known side effects, offering a non-invasive solution to the discomfort of knee pain.

 

B-Cure Laser is now available for home use and has been proven clinically effective and safe. The treatment has no known side effects and is a non-invasive method for treating orthopaedic conditions.

 

B-Cure Laser is safe for all ages and does not require protective eyewear.

 

What are the benefits of B-Cure Laser therapy?

• Reduces chronic pain when used regularly
• Non-invasive and safe for all ages
• Clinically proven efficacy
• Easy and safe for home use

Professor Daniel Reis, a surgeon and former Chairman of Orthopaedic Surgery at several hospital departments over the past 30 years, stated:

“According to research carried out, 100 cases were compared between those treated only with physical therapy and patients who received physical therapy and low-laser treatment. In the group that received laser treatment, the need for knee replacement surgery was significantly reduced.”

Apply B-Cure Laser to four main treatment points for 8 minutes each:

1. Along the inner side of the knee.
2. The outer side of the knee.
3. The back of the knee.
4. Crease at the back of the knee.

Should you feel pain at the front of the knee, apply the device to the area under the kneecap.

A custom-made adjustable stand makes treatment more convenient. As a result, you can deliver relief without the need to move and allow the laser beam to penetrate deep into the affected tissues.

For optimal results, repeat the treatment at least twice a day.

Other treatment areas