Shop
Neurosurgery 9″ Schlesinger IVD Rongeur 5x10mm Straight
Neurosurgery 9″ Schlesinger IVD Rongeur 5x10mm Up
Neurosurgery 9″ Spurling IVD Rongeur 4x10mm Down
The Neurosurgery Surgical 9″ Spurling IVD Rongeur 4x10mm Down is a precision-engineered spinal surgical instrument designed for controlled intervertebral disc and tissue removal. Featuring a downward angled 4x10mm jaw, durable stainless steel construction, and ergonomic handling, it provides excellent access, accuracy, and reliability during neurosurgical procedures.
Neurosurgery 9″ Spurling IVD Rongeur 4x10mm Straight
Neurosurgery 9½” Rochester Ochsner Hemostatic Forceps, Straight, 1×2 Teeth
The Neurosurgery 9½″ Rochester Ochsner Hemostatic Forceps, Straight, 1×2 Teeth is a precision surgical instrument designed for secure tissue grasping, vascular clamping, and dependable hemostasis during neurosurgical procedures. Its straight serrated jaws with 1×2 interlocking teeth provide a firm, non-slip grip, ensuring accurate tissue handling and exceptional surgical control.
Neurosurgery 9½” Rochester Pean Hemostatic Forceps, Curved
The Neurosurgery 9½" Rochester Pean Hemostatic Forceps, Curved is a precision surgical instrument designed for reliable hemostasis, vessel clamping, and controlled tissue manipulation during neurosurgical and general surgical procedures. Its curved serrated jaws provide a secure grip, while the ratchet locking mechanism ensures consistent pressure control.
Neurosurgery 9½” Rochester Pean Hemostatic Forceps, Straight
The Neurosurgery 9½" Rochester Pean Hemostatic Forceps, Straight is a precision surgical instrument designed for reliable hemostasis, secure vessel clamping, and controlled tissue handling in neurosurgical and general surgical procedures. Its straight serrated jaws provide direct access, excellent visibility, and dependable gripping performance.
Neurosurgery Adson Dressing Forceps, 4¾″ Serrated, Extra Long 12mm Tips
The Neurosurgery Surgical Adson Dressing Forceps, 4¾″ Serrated, Extra Long 12mm Tips are precision surgical instruments designed for accurate handling of dressings, gauze, and delicate tissues during neurosurgical procedures. Crafted from premium surgical-grade stainless steel, these forceps provide excellent control, enhanced reach, and dependable performance in microsurgical applications.
Neurosurgery Adson Dressing Forceps, 4¾″ Serrated, Titanium
The Neurosurgery Adson Dressing Forceps, 4¾″ Serrated, Titanium are premium microsurgical instruments designed for the precise handling of dressings, gauze, and delicate tissues during neurosurgical procedures. Manufactured from high-quality surgical-grade titanium, these forceps offer exceptional strength, lightweight performance, and outstanding durability for demanding surgical environments.
Neurosurgery Adson Dressing Forceps, 4¾″ Standard Pattern
The Neurosurgery Adson Dressing Forceps, 4¾″ Standard Pattern are precision surgical instruments designed for the accurate handling of dressings, gauze, and delicate tissues during neurosurgical and microsurgical procedures. Manufactured from premium surgical-grade stainless steel, these forceps deliver excellent control, secure grip, and long-lasting performance in demanding surgical environments.
Neurosurgery Adson Dressing Forceps, 6″ Standard Serrated Jaws
The Neurosurgery Adson Dressing Forceps, 6″ Standard Serrated Jaws is a precision surgical instrument designed for atraumatic tissue handling and accurate dressing placement during neurosurgical and microsurgical procedures. Featuring finely serrated jaws and an ergonomic design, these forceps provide exceptional control, secure grip, and reliable performance in delicate surgical environments.
Neurosurgery Adson Forceps, 4¾″ Cross Serrated Tips
The Neurosurgery Adson Forceps, 4¾″ Cross Serrated Tips are precision surgical instruments designed for the secure handling of delicate tissues during neurosurgical and microsurgical procedures. Manufactured from premium surgical-grade stainless steel, these forceps feature cross-serrated tips that provide enhanced grip, exceptional control, and reliable performance in demanding surgical environments.