The Modpod® is an advanced cervical traction device designed to safely and effectively treat both acute and chronic neck pain without medication. Unlike traditional traction systems, the Modpod® allows clinicians to integrate mechanical intermittent traction with hands-on manual therapy, creating a more dynamic and patient-centred treatment experience.
By generating repeatable, customisable pulling forces to the cervical spine, the Modpod® promotes increased circulation, reduces inflammation, improves joint mobility, decreases muscle tension, and applies decompressive forces to cervical discs. These combined effects contribute to meaningful pain reduction and improved function. Clinical research supports the use of mechanical intermittent traction, demonstrating strong outcomes for radicular pain in short-, medium-, and long-term follow-ups.
Its compact, lightweight, and battery-powered design makes the Modpod® easy to transport and simple to integrate into existing therapy workflows. Customisable protocols allow treatment to be tailored to individual patient needs, while unmatched patient comfort encourages compliance and relaxation during sessions. Whether used in physiotherapy practices, rehabilitation clinics, or sports medicine settings, the Modpod® provides a versatile, evidence-based solution for modern cervical spine care.
Features:
- Mechanical intermittent cervical traction with manual engagement
- Customisable traction protocols for individual patient needs
- Promotes cervical decompression and improved spinal mobility
- Battery-powered, lightweight, and fully portable
- Designed for high levels of patient comfort
- Suitable for acute, chronic, and radicular neck pain
Benefits:
- Reduces neck pain without medication or invasive procedures
- Improves circulation and reduces inflammation
- Relieves muscle tension and stiffness
- Enhances cervical mobility and functional movement
- Allows clinicians to deliver more creative, hands-on treatment
- Comfortable and easy for patients to tolerate
Nappi Code: None