Neurosurgery Instruments
Neurosurgery Surgical 5½” U.S. Pattern Tube Occluding Forceps, U-Shaped, Grooved & Serrated
Neurosurgery Surgical 5½” Vascular Forceps, CVD Jaw
Neurosurgery Surgical 5½” Vascular Forceps, CVD Jaw, 1×2 Teeth
Neurosurgery Surgical 5½” Vascular Forceps, Straight Jaw
Neurosurgery Surgical 5½” Vorse Tube Occluding Forceps, Serrated Beveled Jaws
Neurosurgery Surgical 5½” Heaney Tissue Forceps (2×3 Teeth)
The Neurosurgery Surgical 5½” Heaney Tissue Forceps (2×3 Teeth) are precision-crafted surgical instruments designed for secure tissue handling during neurosurgical and microsurgical procedures. Featuring a dependable 2×3 toothed tip and premium stainless steel construction, they provide exceptional control, durability, and reliable performance in the operating room.
Neurosurgery Surgical 5½″ Bunnell Dissecting Probe Angled Tip
The Neurosurgery Surgical 5½″ Bunnell Dissecting Probe Angled Tip is a precision surgical instrument designed for controlled tissue dissection, exploration, and manipulation during delicate neurosurgical procedures. Its angled tip design provides improved access, accuracy, and surgeon control in confined operative areas.
Neurosurgery Surgical 5½″ Dilator 0.3mm Diameter, 13.5cm Length, 9mm Shaft
The Neurosurgery Surgical 5½″ Dilator 0.3mm Diameter, 13.5cm Length, 9mm Shaft is a precision micro surgical instrument designed for controlled dilation and access preparation during delicate neurosurgical procedures. Manufactured for accuracy and durability, it provides surgeons with reliable handling and fine procedural control.
Neurosurgery Surgical 5½″ Grooved Director with Probe Point Stainless Steel
The Neurosurgery Surgical 5½″ Grooved Director with Probe Point Stainless Steel is a precision surgical instrument designed to guide incisions, separate delicate tissues, and explore anatomical pathways during neurosurgical procedures. Manufactured from premium surgical-grade stainless steel, it provides exceptional accuracy, durability, and reliable performance in both microsurgical and general neurosurgical applications.
