Neurosurgery Instruments
Neurosurgery Surgical 10¾” Kantrowitz Thoracic Forceps (Delicate, Right Angled Jaws)
Neurosurgery Surgical 10¾″ Blake Uterine Curette – Double Ended
Neurosurgery Surgical 11 3/4″ Kevorkian-Younge Curette – Without Basket
Neurosurgery Surgical 11″ Verbrugge Bone Holding Forceps
Neurosurgery Surgical 11″ Verbrugge Bone Holding Forceps, Long, Ratchet Lock
Neurosurgery Surgical 11” Schubert Forceps (Curved)
The Neurosurgery Surgical 11” Schubert Forceps (Curved) is a precision surgical instrument designed for controlled grasping, manipulation, and stabilization of tissues during specialized surgical procedures. Its curved design provides improved access, enhanced maneuverability, and reliable handling in confined operative areas.
Neurosurgery Surgical 11” Tischler Cervical Biopsy Punch Forceps (3 × 7 mm Cup)
The Neurosurgery Surgical 11” Tischler Cervical Biopsy Punch Forceps (3 × 7 mm Cup) are premium biopsy instruments designed for precise cervical tissue sampling during diagnostic and surgical procedures. Featuring a 3 × 7 mm biopsy cup, ergonomic finger-ring handles, and premium surgical-grade stainless steel construction, these forceps deliver exceptional specimen quality, precise control, and long-lasting clinical performance.
Neurosurgery Surgical 11” Wrigley Obstetric (OB) Forceps
The Neurosurgery Surgical 11” Wrigley Obstetric (OB) Forceps are precision-crafted surgical forceps manufactured from premium surgical-grade stainless steel for controlled tissue handling and specialized surgical applications. Their ergonomic design, balanced construction, and durable finish ensure dependable performance in professional operating rooms.
Neurosurgery Surgical 1¼″ 90° Yasargil Ligature Carrier Probe Point 7
The Neurosurgery Surgical 1¼″ 90° Yasargil Ligature Carrier Probe Point 7 is a precision microsurgical instrument designed for accurate ligature handling, positioning, and placement in delicate neurosurgical procedures. Its 90° angled design and pointed tip provide excellent access, control, and maneuverability in confined surgical areas.
