Bi-Color Ceramic Cut Medium Kerrison Rongeur

thin footplates, black/gold titanium nitride coat, small handles, 9.0 mm openingBi-Color Ceramic Cut Micro Kerrison Rongeur is an instrument specifically crafted for use in spinal surgeries that require laminectomies. 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 ronguer features thin footplates and small handles that allow it to be used in delicate areas such as near the spinal cord.

40 degrees up, small handles, 9.0 mm opening, thin footplate, black ceramic coat Ceramic Cut Micro Kerrison Fully Detachable Rongeurs feature a fully-removable shaft to ensure no debris remain in the interior of the instrument after cleaning and sterilization. The instrument can be easily disassembled and reassembled in just a few seconds. By pushing the release button on the body, the front handle can be pulled down and the upper shaft can be pulled backwards and up to remove completely. 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.

regular footplates, large handles, strong 70 degrees up-curved shaft, 40 degree up bite, 8" (20.0 cm) Micro Kerrison Foraminotomy Rongeurs are specialized instruments designed for use in laminectomies. The 70 degree up-curved shaft is ideal for better visualization and access needed in foraminotomy procedures. This rongeur features thin footplates and large handles, making it ideal for use in the narrow space surrounding the vertebral column. It is available in 2.0 – 5.0 mm bite in 1.0 mm increments to accommodate any surgical scenario.