Technology plays a crucial role in Physiotherapy & Rehabilitation process. It has made the recovery faster, promising & has made milestones which were once thought impossible, achievable. It can create wonders and enhance patient’s ability to great extents and give them their deserved quality of life.
The landscape of technologies at Mission Health has sparked up a revolutionary evolution, enabling our experts to deliver targeted interventions & optimize patient outcomes like never before. It has opened doors to new realms of pain management and movement recovery.
We are at the forefront of a revolution in physiotherapy & rehab that leverages technology, research advancements & a holistic approach to redefine boundaries of rehabilitation, enabling patients to achieve optimal functioning & well being. Our array of technologies spans across the globe, hailing from the various nations such as US, UK, Canada, Germany, Italy, France, Hong Kong and Switzerland
Pain management is a critical aspect of healthcare, and advancements in technology have significantly contributed to the development of technologies that aim to alleviate discomfort, improve quality of life, and reduce dependency on traditional pharmacological interventions.
Our Ortho Rehabilitation set up is equipped with all the latest Non-Surgical Pain Management Technologies from different parts of the world like USA, UK, Canada, Germany, France, Finland & Hongkong.
It includes wide range of Non-surgical Class IV LASER technologies such as Hiro TT® and Theal Therapy®. By harnessing a blend of wavelengths, incorporating multiple modes, and utilizing thermal exchange technology, these lasers have emerged as the most safest approach to pain management. The analgesic and anti-inflammatory effect of these Lasers gives amazing results within a single session in 97% of patients.
Non-Surgical Spinal Decompression (NSSD) is a revolutionary technology, introduced by Mission Health for the first time in India in 2007. It is the most effective treatment for Mechanical Back pain, Neck pain, Slipped disc, Sciatica, Lumbar Canal Stenosis, Lumbar radiculopathy etc.
With this technology, we can precisely focus on targeted levels of the spine, achieving Segmental Decompression of two neighboring vertebrae. By creating a negative pressure environment, it triggers a reversal effect in the discs, effectively relieving the strain on compressed spinal nerves. This approach far surpasses the traditional traction machines in terms of accuracy and efficiency, providing effective decompression that offers heightened relief.
The mechanism of tissue regeneration by technologies involve the stimulation of cellular activity through their targeted delivery. Their application interacts with the cells, triggering various biological responses such as increased production of collagen, enhanced blood circulation, and accelerated cell turnover. These processes promote tissue repair, regeneration, and remodeling, resulting in improved healing, reduced scarring, and overall rejuvenation of the treated area.
Class IV LASER stimulates fibroblast proliferation resulting in collagen production to rebalance the extracellular matrix and remodel tissue, thereby promoting tissue regeneration.
Shock-Wave are radial waves with ballistic high energy pulses which triggers regeneration at cellular level in the tissue with the help of angiogenesis. It proves very effective in chronic painful conditions like AVN, Rotator cuff tendonitis, heel spur, tennis elbow, plantar fascitis , frozen shoulder etc.
Mission Health has introduced ElectraKegel, a breakthrough technology that offers a pain-free, non-invasive, and easy solution. With just 28 minutes of a session, patients feel 12000 pelvic floor muscle contractions, leading to remarkable improvements in urine leakage after just one session.
HUBER® 360 from France is the ultimate Sports Rehabilitation solution for getting players back in the Game. By training the four fundamentals of movement (posture and balance, flexibility and mobility, resistance and dynamic reinforcement), this innovative device can improve Neuromuscular control, Performance, Range of Motion, Co-ordination, Reflexes and Reaction time. With unparalleled efficacy in injury prevention and swift recovery following sports-related mishaps, this technology delivers exceptional outcomes.
Styku, a US-based body scanner, is revolutionizing fitness tracking device with 3D body scanning. It provides detailed body shape and fat analysis, enabling informed decisions about fitness goals. With an accuracy rate of less than 1% error, Styku effortlessly extracts precise measurements such as waist circumference, hip size, thigh dimensions, and more.
With its advanced 3D camera, the scanner provides accurate estimates of bone density and mass, enabling a more comprehensive understanding of overall body composition. Additionally, Styku's posture analysis feature enhances the customer experience by streamlining the assessment process and providing valuable insights into postural alignment.
Mission Health has established a state-of-the-art Neurological Rehabilitation center featuring the world's best and most advanced combination of Robotic Technologies, first time in India. This groundbreaking setup includes robotics such as LOKOMAT - The Legs and Walking Robot, Armeo Spring - The Shoulder and Arm Robot, AMADEO - The Hand Robot and robotics for other joints such as wrist and ankle as well as assistive devices like LITEGAIT and biofeedback technologies from Switzerland and Hong Kong. With this impressive epitome of neurotechnologies, Mission Health has become the epitome of excellence in Neuro Rehabilitation worldwide.
At Mission Health, our commitment lies in seamlessly integrating these neurotechnologies into our practice to ensure our patients receive the utmost advanced and effective care available. By pushing the boundaries of possibilities in the field of neurology, we harness the power of innovation to unlock new horizons of functional recovery for our patients.
By acting like a stethoscope for the muscles, these devices enable patients to enhance their muscle performance by intelligently responding to the signals they receive.
These devices utilize EMG sensors and specialized software to provide visual or auditory feedback from muscle activity. Patients can see or hear real-time representations of their muscle contractions, helping them learn proper activation techniques and achieve optimal muscle control. Biofeedback devices can be used for various purposes, such as muscle facilitation training, strengthening weak muscles, and promoting coordination.
It is very helpful in patients with varied orthopedic and neurological conditions, swallowing disorders (dysphagia) as well as urine incontinence.
Virtual reality (VR) and Augmented Reality (AR) technologies have emerged as game-changers in rehabilitation, enabling patients to immerse themselves in simulated environments that facilitate the relearning of motor skills or the management of chronic pain.
EMG sensors detect muscle activity, improving cognition, coordination and motor control enhancing functional abilities. These innovative tools not only make therapy sessions more enjoyable but also yield better outcomes by stimulating the brain and promoting neuroplasticity.
