Wearable Injury Support in Australia

Helping Athletes Heal & Recover

Have you experienced a sporting injury? The Exopulse Mollii Suit may help aid in your recovery and reduce discomfort. Sports injuries can encompass a wide range of conditions including sprains, strains, fractures and soft tissue damage. While the effectiveness of the Exopulse Mollii Suit  for sports injuries requires further research, its electrically powered neuromodulation capabilities offer potential benefits that could aid in managing certain aspects of the injury and the recovery process.

If you’d like to discover how the Exopulse Mollii Suit may benefit you, contact our team on 1300 315 530. At Mollii Australia, we offer this technology throughout Australia and New Zealand, including but not limited to Newcastle, Sydney, Melbourne, Brisbane, Canberra, the Mid North Coast, the Central Coast, the Gold Coast and Tasmania. You can find out more about our purchase and rental options here.

Man Wearing Mollii Suit — Wearable Technology - Mollii Exopulse

Potential Muscle Benefits for Sporting Injuries

The Exopulse Mollii Suit potentially affords an array of benefits to relieve pain in muscles and facilitate recovery following a sports injury. Here are just a few examples:

Relaxation of Muscle Spasms & Decreased Muscle Tension

Muscle spasms and increased muscle tension are common in sports injuries. The Exopulse Mollii Suit’s electrical stimulation has the potential to promote muscle relaxation, potentially reducing spasms and relieving muscle tension. This may contribute to improved comfort, facilitate rehabilitation exercises and aid in restoring normal muscle function.

Support for Muscle Strength & Reconditioning

Sports injuries often require rehabilitation exercises to regain muscle strength and recondition the affected area. The Exopulse Mollii Suit’s electrical stimulation has the potential to aid in muscle re-education and support the rebuilding of muscle strength, potentially expediting the recovery process and restoring optimal function.

Maintenance or Improvement of Range of Motion

Sports injuries can lead to restricted joint mobility and limited range of motion. The Exopulse Mollii Suit’s electrical stimulation has the potential to aid in maintaining or improving range of motion by promoting muscle re-education and facilitating joint movement. This may help individuals with sports injuries regain functional abilities and enhance their mobility.

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Frequently Asked Questions

Neuromodulation techniques have the potential to address sports injuries in several ways. Firstly, electrical stimulation may be used to potentially promote tissue healing and reduce inflammation by increasing blood flow and delivering necessary nutrients to the injured area. Secondly, neuromodulation can help manage pain associated with sports injuries by modulating pain signals and promoting the release of endogenous pain-relieving substances. Thirdly, it can aid in muscle rehabilitation by stimulating muscle contractions and preventing muscle atrophy. However, individual circumstances and the nature of the injury should be considered, and professional guidance is vital for the appropriate use of neuromodulation in sports injury management.

Modulating exercises following a sports injury requires a gradual and cautious approach to promote proper healing and avoid re-injury. Start by consulting with a healthcare professional or a physical therapist for personalised guidance. Initially, focus on rest, pain management and reducing inflammation. As the injury heals, gradually introduce gentle exercises to regain mobility and strength. Incorporate low-impact activities such as swimming or cycling before progressing to weight-bearing exercises. Pay attention to proper form, technique and any discomfort or pain during exercise.

Man Sitting on Bed Wearing Mollii Suit — Wearable Technology - Mollii Exopulse

Other Potential Sports Injury Benefits

Our technology may assist with:

  1. Psychological Support: Sustaining a sports injury can have psychological effects including frustration, anxiety and fear of re-injury. The potential benefits of the Exopulse Mollii Suit, such as pain relief and improved mobility, may contribute to a positive psychological impact. Feeling more comfortable and having a sense of progress in recovery may boost confidence and overall wellbeing.
  2. Pain Modulation: Sports injuries often result in pain, ranging from acute to chronic. The Exopulse Mollii Suit’s neuromodulation capabilities have the potential to aid in pain modulation, potentially providing relief from pain associated with sports injuries. This may contribute to improved comfort and facilitate the recovery process.
  3. Increased Local Blood Circulation: Sports injuries can impact blood circulation in the affected area, which may affect healing. The Exopulse Mollii Suit’s electrical stimulation has the potential to increase local blood circulation, potentially promoting tissue healing, reducing inflammation and facilitating the delivery of essential nutrients and oxygen to the injured area.
  4. Accelerated Recovery & Rehabilitation: The potential pain relief, muscle relaxation and improved blood circulation provided by the Exopulse Mollii Suit may contribute to an accelerated recovery and rehabilitation process for sports injuries. By facilitating muscle function, reducing pain and supporting tissue healing, the technology may help individuals return to their sports activities sooner.

It’s important to note that sports injuries can vary widely in their nature and severity. Proper diagnosis and assessment by healthcare professionals are essential to determine the specific benefits and suitability of the Exopulse Mollii Suit for individual sports injuries. Treatment plans should be personalised and overseen by healthcare professionals experienced in sports medicine and injury rehabilitation. Consulting with healthcare professionals or specialists in sports medicine is crucial to determine the potential benefits and integrate the Exopulse Mollii Suit into a comprehensive recovery and rehabilitation program.