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The PMT Halo System with Open Back Carbon Graphite and Titanium Skull Pins and the PMT Halo System with Closed Back Carbon Graphite and Titanium Skull Pins provides cervical immobilization necessary for healing and rehabilitation of cervical spinal cord injuries. The PMT Halo system is MR Conditional and may be used safely in an MRI under the following conditions: - Static magnetic field of 1.5T and 3T only . - Maximum spatial gradient magnetic field of 720 Gauss/cm or less . - Normal operating mode with a maximum MR system reported, whole body averaged specific absorption rate (SAR) ● of 3.0 W/kg for 15 minutes of scanning (per pulse sequence).

The PMT Halo System is designed for positioning and stabilization of the cervical spine area. It provides optimum external immobilization and traction for the cervical region while allowing the patient to leave the hospital and resume their normal activities. To enhance the magnetic resonance imaging compatibility, the PMT Halo system utilizes non-magnetic titanium skull pins and hardware, brass positioning pins, and advanced non-metallic support materials such as carbon graphite upright bars and composite head fixation subassemblies.

The ReSolve Tongs are intended for use to provide longitudinal traction to align vertebral structures, maintain reduction, or provide stabilization for a cervical spine injury.

The ReSolve Tongs are similar to other traction tongs which are used to provide longitudinal traction to align vertebral structures, maintain reduction, or provide stabilization for a cervical spine injury.

The ReSOLVE Open Back Halo Ring is intended for use with a Jerome Halo Vest to immobilize and/or provide traction for a cervical spine injury.

The ReSOLVE Open Back Halo Traction Ring is similar to other rings which, when used as part of a Halo System, are designed to hold the skull immobilized following surgery or injury.

The Jerome Glass Ring is intended for use with a Jerome Halo Vest to immobilize and/or provide traction for a cervical spine injury.

The Fiberglass Halo Traction Ring is similar to other halo rings which. when used as part of a Halo System, are designed to hold the skull firmly in place relative to the torso so cervical vertebrae are immobilized following surgery or injury.

This device is designed to provide traction and/or to immobilize a patient with a cervical spine injury or after surgery.

The Friddle Halo system is very similar to several halo systems, which are designed to hold the skull firmly in place relative to the torso so that the cervical vertabrae are immobolized after surgery or injury. The system is comprised of a ring, rods, and braces system made of a carbon fiber-epoxy composite which is placed over a vest made of high-density polyethylene, lined with Kodel or sometimes sheepskin. The skull pins are made of CP titanium. The titanium skull pins, carbon fiber-epoxy composite rods, high-density polyethylene, Kodel, and sheepskin are used throughout the industry.