Lumbamed® plus

Lumbamed® plus is a lumbar support for stabilisation in the case of pain in the lumbar region (lumbar spine) or sacroiliac region (sacrum iliac joint).  The lumbamed(R) plus exerts its effect through its design: Pain is relieved via the interplay of the compressive knit fabric and integrated Vario Flex pad with 3D profile. Fastening edges fold down to ensure a high level of comfort during movement and while seated. The support is particularly simple to apply thanks to bilateral hand loops.

Lumbamed® plus is used for all indications requiring stabilisation of the lumbar spine by pressure redistribution with a back pad, such as:

• Lower back pain (lumbago)
• Postural muscle imbalance in the lumbar spine

In this regard, the orthosis brings the following benefits:

• Correction of lordosis in the lumbar spine.
• Boosts circulation and decreases muscle tension in the lumbar spine area via the 3D profile of the integrated Vario-Flex pad.
• The compressive knitted fabric can improve proprioception. The improvement in proprioception supports the body's own stabilisation.
• Opening tab: The brace can be opened easily using just one finger.
• medi Comfort Zone: Anatomical cut-out in sensitive bending area to ensure a high level of comfort.

Lumbamed® plus is particularly pleasant to wear on the skin. The Vario-Flex pad with integrated vent holes and a breathabel pad cover ensures a skin-friendly microclimate. The support scores also with the soft inner side of the fastener. Pleasant wearing comfort thanks to a special hybrid fabric created from high-tech fibre and natural eucalyptus fibre. Clima Comfort* ensures that the garment is comfortable to wear. Modern fibre technology wicks moisture away from the skin’s surface quickly and ensures a high level of breathability.

*Scientifically tested by French institute IFTH¹. The test results show that Clima Comfort technology from medi assures climate control between the skin and the stocking. With 11/12 points, medi achieved an outstanding overall score.

¹Gardon-Mollard C., Gogué-Meunier G. Etude comparative du transfert de la vapeur d’eau dans différents articles de compression médicale. Phlébologie 2011,64(2):53-60.