Extra Delicate Footplate
Micro Kerrison Rongeur, Panther, Ejector, 2mm, 40° Up, 7″, Extra Delicate Footplate
Original price was: $200.00.$130.00Current price is: $130.00.
Micro Kerrison Rongeur, Panther, Ejector, 2mm, 40° Up, 7″, Extra Delicate Footplate is a premium microsurgical instrument designed for ultra-precise bone removal and decompression procedures in spinal, neurosurgical, and orthopedic applications. Featuring a 7-inch (175mm) working length, 2mm bite size, 40° upward-angled jaw, integrated ejector mechanism, extra delicate footplate, and advanced Panther coating, this Kerrison rongeur delivers exceptional precision, enhanced access, efficient debris ejection, and superior durability for delicate surgical procedures.
Micro Kerrison Rongeur, Panther, Ejector, 4mm, 40° Up, 7″, Extra Delicate Footplate
Original price was: $200.00.$130.00Current price is: $130.00.
Micro Kerrison Rongeur, Panther, Ejector, 4mm, 40° Up, 7″, Extra Delicate Footplate is a premium surgical instrument designed for precise bone removal and decompression procedures in spinal, neurosurgical, and orthopedic applications. Featuring a 7-inch (175mm) working length, 4mm bite size, 40° upward-angled jaw, integrated ejector mechanism, extra delicate footplate, and advanced Panther coating, this Kerrison rongeur delivers controlled bone resection, enhanced access, efficient debris ejection, and superior durability for demanding surgical procedures.
Micro Kerrison Rongeur, Panther, Ejector, 5mm, 40° Up, 7″, Extra Delicate Footplate
Original price was: $200.00.$130.00Current price is: $130.00.
Micro Kerrison Rongeur, Panther, Ejector, 5mm, 40° Up, 7″, Extra Delicate Footplate is a premium surgical instrument designed for precise bone removal and decompression procedures in spinal, neurosurgical, and orthopedic applications. Featuring a 7-inch (175mm) working length, 5mm bite size, 40° upward-angled jaw, integrated ejector mechanism, extra delicate footplate, and advanced Panther coating, this Kerrison rongeur delivers controlled bone resection, enhanced access, efficient debris ejection, and superior durability for demanding surgical procedures.