2mm
ENT Dbl Prong Micro Hook, Sharp, 2mm, 5 5/8″
Neurosurgery Cervical Kerrison Rongeur, 2mm, 90° Up, 6″
The Neurosurgery Cervical Kerrison Rongeur, 2mm, 90° Up, 6″ is a precision surgical instrument designed for controlled bone and ligament removal during cervical spine procedures. Its 90° upward jaw and fine 2mm bite provide exceptional accuracy, visibility, and maneuverability in delicate neurosurgical applications.
Neurosurgery Ferris Smith Pituitary Rongeur, 2mm, Down, 10″
The Neurosurgery Ferris Smith Pituitary Rongeur, 2mm, Down, 10″ is a precision surgical instrument designed for delicate tissue and bone removal during pituitary, skull base, and neurosurgical procedures. Its fine 2mm down-angled jaw and extended 10-inch length provide excellent access, control, and accuracy in deep surgical fields.
Neurosurgery Ferris Smith Rongeur, 11″, 2mm
Neurosurgery Ferris Smith Rongeur, 2mm, 7″
The Neurosurgery Ferris Smith Rongeur, 2mm, 7″ is a precision surgical instrument designed for controlled bone and tissue removal during neurosurgical and spinal procedures. Its fine 2mm jaw and compact 7-inch design provide excellent accuracy, manoeuvrability, and dependable performance in delicate surgical applications.
Neurosurgery Micro Pituitary Rongeur, Straight, 2mm, with Teeth
The Neurosurgery Micro Pituitary Rongeur, Straight, 2mm, with Teeth is a precision microsurgical instrument designed for neurosurgery and minimally invasive spine procedures. Featuring a straight 2mm toothed jaw, it provides a secure grip on soft tissue and intervertebral disc material for accurate and controlled tissue excision.
Neurosurgery Micro Pituitary Rongeur, Straight, 2mm, with Teeth, Panther
The Neurosurgery Micro Pituitary Rongeur, Straight, 2mm, with Teeth, Panther is a premium microsurgical instrument designed for minimally invasive spine and neurosurgical procedures. Featuring a straight 2mm toothed jaw and advanced Panther coating, it provides secure tissue grasping, reduced glare, and exceptional precision during delicate surgical interventions.
Neurosurgery MIS Pituitary Rongeur, 2mm, Straight, Panther Coated
The Neurosurgery MIS Pituitary Rongeur, 2mm, Straight, Panther Coated is a precision surgical instrument designed for minimally invasive spine and neurosurgical procedures. Its straight 2mm jaws and advanced Panther coating provide superior visibility, controlled tissue removal, and long-lasting performance in demanding surgical environments.
Neurosurgery MIS Rongeur, Micro-Pituitary, Straight, 2mm, 6¾″
The Neurosurgery MIS Rongeur, Micro-Pituitary, Straight, 2mm, 6¾″ is a precision-engineered surgical instrument designed for minimally invasive spine and neurosurgical procedures. Its fine 2mm straight jaws provide exceptional control for grasping and removing intervertebral disc material and soft tissue with maximum precision and minimal tissue trauma.
Neurosurgery MIS Rongeur, Micro-Pituitary, Upbiting, 2mm, 6¾″
The Neurosurgery MIS Rongeur, Micro-Pituitary, Upbiting, 2mm, 6¾″ is a precision-engineered surgical instrument designed for minimally invasive spine and neurosurgical procedures. Its fine 2mm upbiting jaws provide exceptional control for removing intervertebral disc material and delicate soft tissue while preserving surrounding anatomical structures.
Neurosurgery MIS Rongeur, Pituitary, Micro Tooth, Straight, 2mm, 7¼″
The Neurosurgery MIS Rongeur, Pituitary, Micro Tooth, Straight, 2mm, 7¼″ is a high-precision surgical instrument designed for minimally invasive spinal and neurosurgical procedures. Its fine 2mm micro-toothed straight jaws provide exceptional tissue grip, controlled disc removal, and maximum surgical accuracy in confined operative spaces.
Neurosurgery Titanium vMicro Kerrison, 8″, 2mm, 40° Up
The Neurosurgery Titanium vMicro Kerrison, 8″, 2mm, 40° Up is a premium microsurgical bone rongeur engineered for precise bone removal during spinal and neurosurgical procedures. Constructed from high-quality surgical-grade titanium, it offers exceptional strength, lightweight handling, and superior precision for delicate surgical applications.