It is estimated that 700,000 vertebral compression fractures occur in the U.S. every year, and 29% of these require a vertebroplasty or like procedure for stabilization of the fractured vertebra.

While clinicians performing these procedures have many options regarding the products they use to stabilize the vertebrae, one aspect of the procedure presents a significant challenge — gaining access to the vertebral space. Traditionally, clinicians use either a manual needle with a T-handle, or a device using a mallet to advance a needle into the vertebra. This approach provides limited control over the precise placement of the needle tip. In addition, slowly advancing the needle tip is a time consuming process, during which the clinician must frequently take fluoroscopic images.

The OnControl Bone Access System combines a lithium battery-powered driver with a specially designed needle, offering ease of use, a high degree of control, and speed. By enabling the clinician to rapidly access the vertebral space, the System holds the potential of a reduced procedure time — which benefits the clinician and the patient.

FDA-cleared, the OnControl Bone Access System is intended for use with a standard cement delivery system for the fixation of fractures of the vertebral body using vertebroplasty. The System does not include cement or a cement delivery system.

To schedule a demonstration and clinical evaluation of the OnControl Bone Access System, click here.