Retractors
10” Love Nerve Root Retractor – Angled 45° with 6mm Blade
10″ Cushing Vein Retractor 11 × 14mm
The 10" Cushing Vein Retractor 11×14mm is a precision surgical instrument designed for gentle and controlled retraction of delicate veins and soft tissues. It provides optimal exposure in vascular and neurosurgical procedures. Crafted from premium stainless steel, it ensures durability and long-term surgical reliability.
10″ Cushing Vein Retractor 13 × 18mm
The 10" Cushing Vein Retractor 13×18mm is a precision surgical instrument designed for gentle and controlled retraction of veins and delicate soft tissues. It ensures optimal visibility in vascular and neurosurgical procedures. Manufactured from high-grade stainless steel, it delivers durability, precision, and long-term reliability.
10″ Cushing Vein Retractor 15 × 22mm
10″ Love Nerve Root Retractor with a 6mm Straight Blade
10″ Mayo Abdominal Retractor Blade 2 3/4″
The 10" Mayo Abdominal Retractor Blade 2¾" is a precision surgical retractor component designed to provide reliable tissue retraction and enhanced exposure during abdominal procedures. Manufactured from premium surgical-grade stainless steel, it offers exceptional durability, corrosion resistance, and repeated sterilization capability.
10″ Scoville Nerve Root Retractor with a 90° Angle
The 10" Scoville Nerve Root Retractor with a 90° Angle is a precision neurosurgical instrument designed for safe and controlled nerve root retraction during spinal procedures. Its angled configuration enhances visibility and access in deep surgical fields. Manufactured from premium surgical-grade stainless steel for durability and repeated sterilization.
10″ Ribbon Retractor 1″ width
10″ Scoville Nerve Root Retractor – Straight
10″ Scoville Nerve Root Retractor — Bayone
11 3/4’’ Kolbel Glenoid Retractor – Angled Tips 22mm
11-inch B-Z Weitlaner Retractor, 45°
The 11-inch B-Z Weitlaner Retractor 45° is a self-retaining surgical instrument designed for stable tissue retraction in orthopedic and general procedures. It provides consistent exposure of the operative field with minimal manual assistance. Ideal for deep and medium surgical access requiring reliable visualization.