Neurosurgery Instruments
Cushing IVD Rongeur 11″ 2x10mm Up Neurosurgery
Cushing IVD Rongeur 12″ 2 × 10 mm Down (DN)
Cushing IVD Rongeur 12″ 2 × 10 mm Straight
Cushing IVD Rongeur 12″ 2 × 10 mm Up
The Neurosurgery Surgical Cushing IVD Rongeur 12″ – 2 × 10 mm Up is a precision spinal surgery instrument designed for the controlled removal of intervertebral disc material, fibrocartilage, and soft tissue. Featuring 2 × 10 mm up-biting serrated jaws and premium surgical-grade stainless steel construction, it delivers exceptional precision, secure tissue grasping, and long-lasting performance during neurosurgical and orthopedic spine procedures.
Dawson Yuhl Leksell Rongeur 11½″ 2x13mm
Dawson Yuhl Leksell Rongeur 11½″ 5x13mm
Dawson Yuhl Rongeur 11″ Straight 4mm Jaws
DeBakey Adson Tissue Forceps 4¾″ 1.5mm Tips
The Neurosurgery Surgical DeBakey Adson Tissue Forceps 4¾” (1.5 mm Atraumatic Tips) is a precision instrument designed for delicate tissue manipulation in neurosurgical and microsurgical procedures. Featuring fine 1.5mm atraumatic tips, it provides secure handling, reduced tissue trauma, and excellent surgical accuracy.
Dolphin Nose Dissect Forceps 35cm Rota Clear
The Neurosurgery Surgical Dolphin Nose Dissect Forceps 35cm Rota Clear Monopolar is a precision surgical instrument designed for delicate tissue dissection, grasping, and controlled manipulation during advanced neurosurgical procedures. Its specialized dolphin nose tip, rotational Rota Clear system, and monopolar compatibility provide enhanced surgical accuracy and versatility.
Ferris Smith IVD Rongeur 12″ 3 × 10 mm Straight Teeth
Ferris Smith IVD Rongeur 12″ 3 × 10 mm Up Teeth
The Neurosurgery Surgical Ferris-Smith IVD Rongeur 12″ – 3 × 10 mm Teeth Up is a precision spinal surgery instrument designed for the controlled removal of intervertebral disc material, fibrocartilage, and soft tissue. Featuring 3 × 10 mm up-biting serrated jaws, it provides outstanding access, secure tissue grasping, and exceptional precision during neurosurgical and orthopedic spine procedures.