bioDensity™

The bioDensity™ machine is designed to enhance bone density, muscular strength, and overall health through a non-pharmaceutical, biomechanical approach.

How BioDensity™ Works?

1. Mechanical Stimulation

The bioDensity™ machine provides a platform for performing four key movements—chest press, leg press, core pull, and vertical lift. These exercises involve pushing or pulling against resistance in a way that is tailored to the user's capabilities 

2. Osteogenic Loading

bioDensity™ machine utilises osteogenic loading, which means it applies brief and intense loads to the musculoskeletal system. This kind of mechanical load is crucial in stimulating bone growth and improving bone density. 

3. Safety and Accessibility

bioDensity™ is designed to allow users to exert maximal force in a controlled and safe environment, making it accessible for people of various ages and physical capabilities, including those with limitations or at risk of osteoporosis. 


4. Measurement and Feedback

bioDensity™ provides immediate feedback on the force exerted, which helps in tracking progress and setting goals. This feedback mechanism can motivate users to improve their performance over time.

Boost Bone Strength Safely

The bioDensity machine aims to safely aid in increasing bone density, strength, and overall musculoskeletal health through a controlled and measurable physical engagement.

A white and black bioDensity machine with a laptop on top of it.
Our Blog: BioDensity
by Performance Health Solutions MSK 5 June 2024
Selenium is a trace mineral that, despite being required only in small amounts, plays a pivotal role in maintaining overall health, particularly in supporting musculoskeletal health. Often overlooked in discussions about nutrition, selenium is essential for various bodily functions, including immune response, thyroid function, and protecting against oxidative damage. Let’s delve into the importance of selenium for your body and musculoskeletal health, backed by scientific evidence. What is Selenium? Selenium is a trace mineral found naturally in many foods and available as a dietary supplement. It is incorporated into proteins to make selenoproteins, which are important antioxidant enzymes. These enzymes help prevent cellular damage from free radicals, reduce inflammation, and contribute to DNA synthesis and the metabolism of thyroid hormones. Selenium and Musculoskeletal Health 1. Antioxidant Defence and Inflammation Reduction Selenium’s role as a component of antioxidant enzymes like glutathione peroxidase is crucial for protecting cells from oxidative stress. Oxidative stress is linked to various chronic diseases and can contribute to the degeneration of musculoskeletal tissues. By reducing oxidative damage, selenium helps maintain the integrity and function of muscles and bones.
by Performance Health Systems MSK 30 May 2024
In the pursuit of health and fitness, the significance of strong bones and muscles cannot be overstated. For athletes, seniors, and everyday fitness enthusiasts, maintaining and enhancing bone density and muscle strength is crucial. Enter bioDensity, an innovative approach to exercise designed to maximize these essential aspects of health through scientifically-backed methods. But what exactly is bioDensity, and how does it work for different types of users? What is bioDensity? bioDensity is a specialised exercise system that utilises high-intensity, low-impact resistance training to stimulate bone and muscle growth. Unlike traditional weightlifting or cardio exercises, bioDensity focuses on maximal static contractions—holding a muscle contraction for a few seconds at maximal effort. This approach is designed to mimic the natural forces the body experiences during high-impact activities like jumping or running, but in a controlled, safe environment. How bioDensity Works The bioDensity system employs four key exercises that target major muscle groups and bones: Chest Press Leg Press Core Pull Vertical Lift Each exercise is performed using a specialised machine that measures and adapts to the user’s force output. The user exerts maximal effort for a short duration, usually around 5-10 seconds per exercise. This high-intensity, brief exertion triggers the body’s adaptive responses, promoting bone and muscle strengthening.
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