Stabilizes, Protects, and Reduces Arm Vibrations During Sports Activity.
NO-STRAIN is the first biomechanical arm sleeve designed to reduce vibrations that cause inflammatory problems and injuries in various sports, such as cycling, running, golf, tennis, baseball, basketball, football, hockey, motorcycle racing, car racing, soccer, archery, and many others. No-Strain protects the elbow, forearm, and all tendinous and muscular parts of the arm thanks to the compression generated by the combination of its biomechanical applications, providing instant relief from vibratory stress with a continuous reduction of inflammatory disorders and injuries.
Features:
Stability:
- Compression in the anatomical areas of the elbow and forearm provides greater stability to the tendinous structures affected by arm and body vibrations and movements.
Inflammation Reduction:
- Vibration control reduces the occurrence of painful inflammation of the elbow and forearm structures.
Strength:
- Tendon stabilization improves the ability of arm muscles to develop strength.
Vibrations + Performance:
- Taping applications at critical points improve performance thanks to stabilization and tension reduction, thereby enhancing muscle endurance.
Muscle Protection and Oxygenation:
- The new design of the silicone applications on the forearm follows the muscle anatomy, significantly increasing the capacity to dissipate vibrations. This notably reduces both immediate impacts and reflex tensions from repeated contractions, providing superior protection against inflammation and microtrauma, while promoting lymphatic drainage, venous return, and faster recovery.
Muscle Relief:
- The Tape System, combined with localized compression, wraps the arm muscles to stabilize them, thereby minimizing dislocation and promoting prompt regeneration of muscle functions.
Comfort:
- Applications are fixed externally without the use of threads inside the sleeve, reducing friction and increasing comfort.
Recovery:
- The bioceramics contained in the fabric reflect human heat and stimulate microcirculation improvement, resulting in rapid cell regeneration and accelerated healing and recovery processes