Surgeons use spinal non-fusion devices to cure deformities, stabilise and strengthen spines, and facilitate fusions.

 

Spinal implants are medical devices used to treat spinal diseases like spine instability and disproportion. Fusion and non-fusion devices are two broad categories of spine surgical tools. Fusion devices heal by providing instantaneous and rigid immobilization, whereas non-fusion devices treat by replacing pro-inflammatory tissues, regaining spinal alignment, and decompressing neuronal components while maintaining functional movements rather than erasing them. Longer recovery times, bone graft donor-site morbidity, pseudoarthrosis, and adjacent segment degeneration (ASD) are some benefits that make Spinal Non-Fusion devices a better option for patients than fusion ones.

During surgery, Spinal Non-Fusion devices are utilized by surgeons to cure deformity, stabilize and strengthen the spine, and encourage fusion. Devices used in spinal surgery are often divided into fusion and non-fusion devices.

The Dynesys spinal system, an alternative to the conventional fusion procedure, uses flexible polymers to brace the spine. In comparison to conventional fusion surgery, Dynesys can add stability while keeping the vertebrae in a more natural posture.

The two basic types of medical devices utilized in a spinal fusion operation include pedicle screws and anterior interbody cages or spacers. When it has been established that a spine fusion is appropriate, the surgical technique performed may differ.

The term "spinal non-fusion devices" refers to medical equipment used in the non-fusion approach to the treatment of anatomical surgical abnormalities of the spine. The stabilization, strengthening, and promotion of fusion of the spine are all goals of spinal non-fusion devices, which are employed by surgeons during surgery to address deformities. Fusion and non-fusion devices are two general categories of spinal surgical equipment. Fusion devices and non-fusion devices are utilized with or without bone graft, which is the primary distinction between the two types of devices. In addition to decompressing neuronal components and replacing pro-inflammatory tissues, the devices also correct spinal alignment. The devices are placed inside the body of the patient without fusing to the body, and they aid in the stability and mobility of patients.