UM Orthotics Spondylosis Collar Philadelphia (Rigid Support)

UM Orthotics Spondylosis Collar Philadelphia (Rigid Support) The UM Orthotics Spondylosis Collar Philadelphia (Rigid Support) is a rigid cervical support designed to provide controlled immobilization and stabilization of the neck and cervical spine. Its anatomical design helps maintain the neck in a supported position while restricting excessive cervical movement during recovery. It is recommended for conditions requiring firm cervical support, including cervical spine injuries, cervical spondylosis, post-traumatic neck conditions, and post-operative immobilization, as advised by a qualified healthcare professional. KEY FEATURES & BENEFITS Rigid Cervical Immobilization: Provides firm external support to help restrict excessive movement of the cervical spine and maintain a controlled neck position. Anatomical Neck Support: Designed to follow the contours of the neck and jaw for effective cervical stabilization and a secure fit. Helps Maintain Neck Alignment: Supports the cervical region in an appropriate position, helping minimize unnecessary flexion, extension, and rotation. Post-Injury Support: Provides stabilization for the neck following cervical spine injuries or trauma when rigid support is prescribed. Suitable for Cervical Spondylosis: Offers external cervical support for individuals experiencing cervical spondylosis, as recommended by a healthcare professional. Post-Operative Immobilization: Can be used to provide controlled neck immobilization following cervical procedures when prescribed. Helps Reduce Unwanted Movement: The rigid construction limits excessive cervical motion, creating a more controlled environment during recovery. Comfortable Supportive Construction: Combines rigid structural components with cushioning materials to provide stability while improving wearing comfort. INDICATIONS The UM Orthotics Philadelphia Collar may be recommended for: Cervical spine injuries Cervical spondylosis Post-traumatic neck conditions Post-operative cervical immobilization Conditions requiring rigid cervical stabilization Recovery periods where controlled neck movement is required RIGID CERVICAL SUPPORT The Philadelphia-style design provides front and rear cervical support, helping stabilize the neck while limiting unwanted movement. Its structured construction helps maintain a consistent position of the cervical region during periods of recovery. The collar should be fitted correctly to ensure appropriate support without excessive tightness. For cervical injuries or post-operative use, fitting and duration of wear should follow the treating clinician's instructions. MATERIAL & CONSTRUCTION The collar is made from Nylon, EVA, and Plastic, combining structural stability with cushioning and comfort. Nylon: Provides strength and durability for regular use. EVA: Provides cushioning and helps improve comfort around contact areas. Plastic: Provides the rigid structure required for cervical immobilization and stabilization. ANATOMICAL DESIGN FOR CONTROLLED IMMOBILIZATION The anatomical design supports the chin, neck, and cervical region, helping maintain a controlled posture while restricting excessive movement. This makes it suitable for situations where more rigid cervical support is required than that provided by a soft neck collar. SUPPORT DURING RECOVERY By limiting unnecessary neck movement and providing external stabilization, the UM Orthotics Philadelphia Collar can help create a more controlled environment for recovery following injury, trauma, or surgery. It should be used only as directed by a qualified healthcare professional, particularly in cases involving suspected or confirmed cervical spine injury. PRODUCT HIGHLIGHTS Rigid Cervical Support • Anatomical Design • Cervical Immobilization • Neck Alignment Support • Chin Support • Post-Traumatic Support • Post-Operative Immobilization • Durable Construction UM Orthotics Spondylosis Collar Philadelphia (Rigid Support) – rigid anatomical cervical support designed to stabilize the neck, restrict excessive movement, and provide controlled immobilization during recovery.