Corset ottobock Lumbo Direxa Women 50R51, size S, gray Review

The OttoBock Lumbo Direxa Woman 50R51 lumbosacral brace made of breathable elastic material with 4 flexible plastic splints provides an average degree of fixation of the spine, and elastic straps with 2-point fastening serve to adjust the degree of compression. The height of the back is 24 cm, the height of the front clasp is 17 cm. The corset is invisible under clothes, light, in front it is equipped with convenient clasps with “pockets” for fingers. The breathable and moisture-permeable material of the corset has hypoallergenic properties and is comfortable for use at any time of the year. The structure of the material of the product has high elasticity and wear resistance, which allows you to create an external compression and support effect necessary for effective unloading of the spine throughout the entire service life of the product. Action: Provides an average degree of fixation of the spine due to external support and compression. Stabilizes the lumbosacral region by increasing intra-abdominal pressure and reducing vertebral mobility. Normalizes muscle tone and forms a physiologically correct position of the spine. It improves proprioception (joint-muscular feeling) and contributes to the active stabilization of the spine by coordinating the work of its own muscles. Reduces or eliminates pain. Features: Back Height: 24cm, Front Closure Height: 17cm. The corset is reinforced at the back with four plastic splints that adapt themselves to the shape of the body. The front is equipped with comfortable fasteners with “pockets” for fingers. Elastic straps with two-point fastening are used to adjust the degree of compression. Breathable and moisture-permeable material Micro-Soft®, which has hypoallergenic properties, provides comfort when wearing the product at any time of the year. The structure of the Micro-Soft® material, which has high elasticity and wear resistance, allows you to create an external compression and support effect necessary for effective unloading of the spine throughout the entire service life of the product.