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Spine Laminectomy Instruments Set with Aluminum Box
The Spine Laminectomy Orthopedic Instruments Set – With Aluminum Box, Top Quality is a comprehensive spinal surgery instrument collection designed for laminectomy, decompression, and vertebral procedures. Manufactured from premium surgical-grade materials, this reusable set provides neurosurgeons and orthopedic spine specialists with precision, durability, and reliable surgical performance.
Spine Rod Holding Plier Forceps Surgical Gripper Tool
The Top-Quality Spine Rod Holding Plier Forceps – Surgical Gripper Instrument is a precision orthopedic instrument designed for secure handling, positioning, and manipulation of spinal rods during spinal fixation procedures. Manufactured from high-grade surgical stainless steel, this reusable instrument provides excellent grip, durability, and reliable performance for spine surgeons and orthopedic specialists.
Spine Surgery Instrument Set – Orthopedic Spine Retractors & Surgical System
Spine Surgery Interlaminar Endoscopic Rongeur Bite Set
Spine Surgery Prods and Awls Orthopedic Surgical Instruments – 5 PCs Set
Spratt Bone Curette Size 000 (2.5mm) 7 1/8″
Spratt Brun Bone Curette Bundle – Straight 26 cm, Fig. 0–00000 (Set of 5)
Spratt Brun Bone Curette Bundle Curved 26 cm Fig. 0-00000 (Set of 5)
Spring Clip Applicator
Spurling IVD Rongeur 10″ 4x10mm Down Jaw
The Neurosurgery Surgical Spurling IVD Rongeur 10″, 4x10 mm Down is a precision spinal surgery instrument designed for controlled intervertebral disc and tissue removal. Its downward jaw configuration, durable surgical construction, and ergonomic design provide surgeons with excellent access, accuracy, and dependable performance during neurosurgical procedures.
Spurling IVD Rongeur 10″ 4x10mm Neurosurgery
The Neurosurgery Surgical Spurling IVD Rongeur 10″, Standard 4x10 mm is a precision spinal instrument designed for controlled intervertebral disc and tissue removal. Its standard jaw configuration, durable surgical construction, and ergonomic design provide excellent accuracy, stability, and performance during neurosurgical procedures.
