Peapod Ivd Rongeurs

fenestrated jaw?Wilde IVD Ronger is crafted for use in surgical procedures of the spine that require manipulation and handling of intervertebral discs. These fibro-cartilaginous tissue structures are found interspersed between adjacent vertebrae. A unique aspect of this rongeur is its fenestrated jaw that allows it to apply pressure over a larger surface area which results in the least amount of deformation to the IVD. This instrument is available in 3 lengths: 5.5", 7" and 9" as well as a variety of different jaw lengths and profiles including straight, angled up or down making it suitable for any surgical scenario.

serrated, 6.0 mm x 10.0 mm jaws, 5" (12.5 cm)?Cloward-Style Rongeur is an instrument ideally suited for use in neurosurgical orthopedic procedures. Specifically these rongeurs are made for handling the fibro-cartilaginous layers between each vertebrae which are the intervertebral discs. This instrument has ring handles and the jaws are set at an angle from the handle which allows for the handle to remain accessible while the jaws are deep in the surgical field. Additionally the terminal end with the serrated jaws is available straight, angled up or angled down making it the perfect fit for a vast array of surgical procedures.

1.5 mm x 5.0 mm cups, 5-1/2" (14.0 cm)?Decker Rongeur is crafted for use in orthopedic neurosurgical procedures of the spinal cord. These rongeurs are specially designed to handle the unique fibro-cartilagenous sections found between each vertebrae the intervertebral discs. A variety of spinal surgical procedures such as arthoplasty or discectomies can find use for this rongeur. Additionally it is available in a variety of profiles include straight, curved left, curved right, angled down or angled up making is suitable for access to the IVD from a variety of angles.

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.