Precision-engineered implants and fixation systems designed to support spinal stability and promote successful fusion.
CHM Spine’s cervical solutions are designed to provide exceptional stability, ease of implantation, and long-term reliability for patients requiring cervical spine surgery. With advanced materials and state-of-the-art engineering, our implants and fixation systems ensure optimal biomechanical performance, improving patient outcomes and recovery times.
Intervertebral cervical locking cages, made of highly biocompatible materials (PEEK polymer, titanium alloy and tantalum) are used in C3 – C7 spine spondylodesis.
Implants are designed so, to match the anatomy of cervical vertebrae the best, to ensure maximum safety of their use. Large spaces inside the cage allow for application of autologous bone graft or bone substitute. The asymmetrical serrations prevent the cage migration and the cooperating with the cage locking screws, made of titanium alloy, allow to use the implant without additional stabilization.
Intervertebral cervical locking cages are offered in two footprints and profiles: lordotic and anatomic.
Compact and intuitive instrument set facilitate the surgeon’s work in the operating theatre.
ChM implants have been designed for the best fit to the anatomical shapes of the cervical bodies, to maximize their safety.
The arc-shaped anterior wall of the implant imitates the curvature of the anterior part of the vertebral body maximizing the contact surface of the implant with the endplates and eliminating the risk of protruding beyond the line of the bodies. The posterior concavity also ensures the maximum contact surface of the implant with the endplates, minimizing the danger of the pressure being exerted by the cage on the spinal cord.
The concave arches of the side walls prevent the vertebral bodies from resting only on the side edges of the cage. Moreover, the cages are offered in a variant with spikes, effectively protecting the cage against migration.
The cervical locking plate system is intended for the treatment of the cervical spine using an anterior surgical approach. The system includes locking cervical plates and screws and a set of instruments necessary for implants insertion.
ChM implants have been designed for the best fit to the anatomical shapes of the cervical bodies, to maximize their safety. The arc-shaped anterior wall of the implant imitates the curvature of the anterior part of the vertebral body maximizing the contact surface of the implant with the endplates and eliminating the risk of protruding beyond the line of the bodies.
The posterior concavity also ensures the maximum contact surface of the implant with the endplates, minimizing the danger of the pressure being exerted by the cage on the spinal cord. The concave arches of the side walls prevent the vertebral bodies from resting only on the side edges of the cage. Moreover, the cages are offered in a variant with spikes, effectively protecting the cage against migration.
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