Ceramic Cut Bayonet Rotating Kerrison Rongeur

thin footplates, small handles, black/gold titanium nitride coatBi-Color Ceramic Cut Micro Kerrison Ejector Rongeur is identical to our popular Micro Kerrison model but with a small pin ejector that sits within the shaft that's designed to eject any material from within the column when the handle is released. This allows the shaft to remain clear and assists during decontamination and sterilization, ultimately preserving the life of the instrument. Bi-Color rongeurs feature a combination black and gold titanium nitride surface treatment, which hardens and protects the instrument body and cutting surface for a durable, smooth gliding action. These coated rongeurs do not need sharpening as often as traditional rongeurs, thus reducing operating costs and enhancing service life. It is specifically designed for use in laminectomies in which a portion of the vertebral arch is removed posteriorly.

undefinedCeramic Cut Improved Rotating Kerrison Rongeurs provide all the benefits of the standard rotating shaft models, but with an improved release mechanism and shaft as well as black ceramic coating. The special tubular shaft can be rotated in 45-degree steps in 8 different locking positions, for a range of cutting angles. The shaft may only be released in 1 of the 8 positions, preventing accidental release during surgery. The shaft comes apart in 4 different pieces for easy cleaning and sterilization. In addition, the tubular shape of the shaft makes disassembly faster and cleaning easier, unlike traditional rongeurs which have two sliding (upper and lower) shafts. Please note this is for the shaft only. Handles are ordered separately.

undefined Ceramic Cut Micro Kerrison Detachable Rongeurs feature a swing style shaft which opens up to allow easy cleaning of the shaft interior. Once the thumb release lever above the handle is depressed, the top portion of the cutting shaft unlocks and is able to be swung open, though it remains hinged. This prevents the risk of loss through separate parts. This model also features a black ceramic surface treatment which provides unparalleled hardness and durability. The black ceramic coating is designed to reduce the friction between metal surfaces, providing surgeons with a smooth, steady gliding action and a longer-lasting rongeur. The dark finish also reduces glare under operating room lights. The rongeur is a specialized instrument ideally suited for use in laminectomy procedures. It features small handles and thin footplate and is 40 degrees up which allows it to comfortably maneuver in the narrow spaces in and around the vertebral column. Laminectomies are performed for a number of reasons.

undefined Bi-Color Ceramic Cut Micro Kerrison Detachable Rongeurs feature a swing style shaft which opens up to allow easy cleaning of the shaft interior. Once the thumb release lever above the handle is depressed, the top portion of the cutting shaft unlocks and is able to be swung open, though it remains hinged. This prevents the risk of loss through separate parts. Bi-Color rongeurs feature a combination black and gold titanium nitride surface treatment, which hardens and protects the instrument body and cutting surface for a durable, smooth gliding action. These coated rongeurs do not need sharpening as often as traditional rongeurs, thus reducing operating costs and enhancing service life. The rongeur is a specialized instrument ideally suited for use in laminectomy procedures. It features small handles and thin footplate and is 40 degrees up which allows it to comfortably maneuver in the narrow spaces in and around the vertebral column. Laminectomies are performed for a number of reasons. Some include increased access to a particular region of the spinal cord by removing the vertebral arch of a series of vertebrae or to reduce pressure on a particular portion of the vertebral column. This instrument is available in 7", 8" or 9" as well as in a variety of bite widths and with or without an ejector making it highly versatile and well suited for a number of surgical scenarios.