The Chattanooga Flexion Stool 2 Section for Traction Table offers unparalleled versatility and comfort for both practitioners and patients alike. With adjustable height options ranging from 13 inches to 20 inches (33 cm to 51 cm), this innovative stool enables precise positioning of the patient’s lumbar spine, promoting optimal comfort and relaxation during traction therapy sessions.
One of the standout features of the Chattanooga Flexion Stool 2 Section is its ability to place the patient’s lumbar spine into either a neutral or flexed position, enhancing the efficacy of traction treatment while ensuring maximum patient comfort. This flexibility is complemented by the stool’s upholstery, which can be color-coordinated to seamlessly match your Chattanooga ADP traction table. With six color choices available, you can customize your treatment space to reflect your professional aesthetic.
Designed with the needs of both practitioners and patients in mind, the Chattanooga Flexion Stool 2 Section comes equipped with two knee bolsters, providing additional support and stability during treatment sessions. Furthermore, its lightweight construction eliminates the need for a separate flexion stool, streamlining your treatment area and enhancing overall efficiency.
Another notable feature of the Chattanooga Flexion Stool 2 Section is its provision of independent leg support, ensuring optimal positioning and comfort for patients of all shapes and sizes. Whether you’re performing traction therapy for spinal decompression or addressing other musculoskeletal issues, this stool offers the support and versatility you need to achieve optimal treatment outcomes.
In conclusion, the Chattanooga Flexion Stool 2 Section for Traction Table represents a cutting-edge solution for practitioners seeking to enhance the effectiveness and comfort of their traction therapy sessions. With its adjustable height options, color-coordinated upholstery, and thoughtful design features, this stool sets a new standard for excellence in patient care and treatment efficiency.