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Neurosurgery Surgical 12″ Allis Tissue Forceps, 5×6 Teeth
Neurosurgery Surgical 12″ Foerster Sponge Forceps, Curved
Neurosurgery Surgical 12″ Rochester Ochsner Hemostatic Forceps, Curved
The Neurosurgery Surgical 12″ Rochester Ochsner Hemostatic Forceps, Curved is a high-quality surgical instrument designed for secure tissue grasping, dependable vascular clamping, and effective hemostasis during complex neurosurgical procedures. Its long curved jaws provide excellent reach into deep operative fields while ensuring precise control and reliable tissue stabilization.
Neurosurgery Surgical 12″ Rochester Ochsner Hemostatic Forceps, Straight
The Neurosurgery Surgical 12″ Rochester Ochsner Hemostatic Forceps, Straight is a premium surgical instrument designed for secure tissue grasping, effective vascular clamping, and dependable hemostasis during complex neurosurgical procedures. Its long straight jaws provide direct access to deep operative fields while ensuring precise control and reliable tissue stabilization.
Neurosurgery Surgical 12” Cooley Vascular Tissue Forceps
The Neurosurgery Surgical 12” Cooley Vascular Tissue Forceps are precision surgical instruments designed for delicate vascular and tissue manipulation. Featuring a long ergonomic design and premium surgical-grade stainless steel construction, these forceps provide excellent reach, control, and reliability for neurosurgical, cardiovascular, and microsurgical applications.
Neurosurgery Surgical 12” DeBakey Vascular Tissue Forceps 2mm Tips
The Neurosurgery Surgical 12” DeBakey Vascular Tissue Forceps 2mm Tips are precision surgical instruments designed for atraumatic handling of delicate vascular and neural tissues. Featuring fine 2mm DeBakey serrated tips and durable surgical-grade stainless steel construction, these forceps provide excellent control, accuracy, and reliability in complex microsurgical procedures.
Neurosurgery Surgical 12” DeBakey Vascular Tissue Forceps Angled
The Neurosurgery Surgical 12” DeBakey Vascular Tissue Forceps Angled are precision-designed surgical instruments for atraumatic handling of delicate vascular and neural tissues. Featuring an angled DeBakey tip design and durable surgical-grade stainless steel construction, these forceps provide enhanced access, control, and accuracy during complex procedures.
Neurosurgery Surgical 12” Gerald Dressing Forceps 1×2 Teeth
The Neurosurgery Surgical 12” Gerald Dressing Forceps 1×2 Teeth is a precision surgical instrument designed for secure tissue and dressing handling during neurosurgical, spinal, and microsurgical procedures. Its extended 12-inch length and fine 1×2 toothed tips provide exceptional reach, control, and atraumatic performance in deep operative fields.
Neurosurgery Surgical 12” Kantrowitz Forceps (Angled Jaws)
The Neurosurgery Surgical 12” Kantrowitz Forceps (Angled Jaws) are precision-engineered surgical instruments designed for secure tissue and vessel manipulation in deep operative fields. Featuring angled jaws and premium surgical-grade stainless steel construction, these forceps provide superior access, exceptional control, and long-lasting performance for neurosurgical and microsurgical applications.
Neurosurgery Surgical 12″ Instrument Stringer – Hooks in Middle, 2.5″ Wide
Neurosurgery Surgical 12½” Lambotte Bone Holding Forceps, Swivel Head
The Neurosurgery Surgical 12½" Lambotte Bone Holding Forceps, Swivel Head are precision-engineered for secure bone grasping, fracture reduction, and temporary stabilization during neurosurgical, spinal, orthopedic, and trauma procedures. Featuring an innovative swivel head and premium surgical-grade stainless steel construction, these forceps provide superior flexibility, control, and long-lasting clinical performance.
Neurosurgery Surgical 12½” Resano Valve Grasping Forceps
The Neurosurgery Surgical 12½” Resano Valve Grasping Forceps is a precision surgical instrument designed for secure grasping and manipulation of shunt valves, catheters, and delicate tissues during neurosurgical procedures. Its extended 12½-inch length provides superior reach, control, and stability in deep operative fields.