Spurling Ivd Rongeur

fenestrated jaws, 4.0 mm x 8.0 mm, 70 degrees up-angled, 7" (17.8 cm) Jackson IVD Rongeur is a highly specialized instrument made for use in handling the intervertebral discs. Between each bony vertebrae there is a fibro-cartilaginous segment that allows for cushioning of the vertebral column as the patient moves. A number of spinal procedures such as discectomies require the use of such an instrument to surgically repair a herniated disc. The unique design of this rongeur features fenestrated jaws which allows for the pressure applied to be spread over a larger surface area thus reducing any deformation of the IVD.

delicate, 3.0 mm x 10.0 mm cups, 6" (15.2 cm) Intervertebral Disc Rongeur is unique designed for use in neurosurgical orthopedic surgeries of the spine. This particular rongeur is of a delicate design and features 3.0 x 10.0 mm cups. Between each spinal vertebrae is a fibro-cartilaginous disc that is the intervertebral disc. Many spinal surgeries require manipulation of these discs such as herniated disc repair. This rongeur is available in three profiles: straight, curved up and curved down making it suitable for a wide variety of patient needs and surgeon preferences.

double fenestrated jaw, back of cup serrated Caspar-Type IVD Rongeur is ideally suited for use in neurosurgical spinal procedures in which the intervertebral discs are handled. A vast array of spinal procedures including treatments for herniated discs such as discectomies will find this rongeur highly useful. Additionally this rongeur features a cup that is serrated at the back as well as a double fenestrated jaw which gives it a superior surface area to force applied ratio that causes less deformation of the delicate fibro-cartilaginous IVD. This rongeur is available in two lengths 6.25" and 7.25" as well as straight, angled up, angled down.

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.