Cushing Ivd Rongeur – W/ Teeth

1.5 mm x 10.0 mm slender jaws Cushing Slender Rongeur is an instrument ideally suited for use in neurosurgical orthopedic procedures that require cutting or clipping of the intervertebral discs (IVDs). This fibrocartilagenous layer lies between the vertebrae of the spine. A variety of spinal procedures including discectomies require manipulation of IVDs and this rongeur is designed to do so. It features a ring handle design which aids in manual operation as well as the jaws being set at an angle from the handles allowing them to be immersed in the field while the handles are still easily accessible. This instrument is available in two lengths 7" and 9" and either straight or angled up or down.

4.0 mm x 10.0 mm jaws Schlesinger IVD Rongeur is a unique instrument designed for use in manipulation and handling of intervertebral discs. This can be useful in spinal procedures such as discectomies for treatment of herniated discs or other neurosurgical orthopedic surgeries in which the IVD are manipulated. These rongeur features ring handles for ease in manual operation as well as serrated jaws that aids in their ability to effectively grip the IVD. It is available in 5" or 6" and straight, angled up or angled down making it well suited for a vast array of surgical interventions and surgeon preferences.

angled up, 5-1/2" (14.0 cm) Peapod IVD Rongeurs are ideally suited for use in neurosurgical procedures of the spine such as discectomies or arthoplasties. These rongeurs are designed to manipulate the intervertebral disc layers that are found between adjacent vertebrae. This instrument features ringed handles for ease in manual handling and is available in three sizes: small, medium and large making it possible to find the perfect fit for any patient need or surgeon preference.

cup jaws, 6" (15.2 cm) Caspar Rongeur is a made for use in a variety of spinal surgeries. These rongerus are specifically designed for handling the fibro-cartilagenous structures that are found interspersed between each vertebrae which are the intervertebral discs. The ring handle design allows for optimal manual operation so as to preserve the structure of the disc but effectively grip it. This can be used in procedures such as discectomies and a vast array of other spinal surgeries. Additionally this instrument is features cup jaws and is available in straight, up or down profile making it suitable for any particular surgical approach of surgeon preference.