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Neurosurgery Surgical Cervical Axial Curette 5-0 – Reverse Angled Up 9
Neurosurgery Surgical Cervical Axial Curette 5-0 – Straight Up 9
Neurosurgery Surgical Cervical Axial Curette 5/0 Ang Down 9
Neurosurgery Surgical Cervical Axial Curette 6-0 – Angled Up 9
Neurosurgery Surgical Cervical Axial Curette 6-0 – Reverse Angled Up 9
Neurosurgery Surgical Cervical Axial Curette 6-0 – Straight Down 9
Neurosurgery Surgical Cervical Axial Curette 6/0 Ang Down 9
Neurosurgery Surgical Cervical Axial Curette 6/0 Straight Up 9
Neurosurgery Surgical Claw Forceps 35cm 10mm Spring Loaded 2×3
The Neurosurgery Surgical Claw Forceps 35cm 10mm Spring Loaded 2×3 is a precision instrument designed for controlled grasping, manipulation, and handling of delicate tissues during neurosurgical procedures. Its spring-loaded mechanism and 2×3 claw jaw configuration provide secure grip and smooth operation.
Neurosurgery Surgical Claw Forceps 35cm Spring Loaded 2×3, Flushable
The Neurosurgery Surgical Claw Forceps 35cm Spring Loaded 2x3, Flushable is a precision surgical instrument designed for controlled tissue grasping, stabilization, and manipulation during advanced neurosurgical procedures. Its spring-loaded mechanism and claw jaw configuration provide smooth operation and reliable grip control.
Neurosurgery Surgical Cloward Drill Shaft with Stop Large, 5⅝″
The Neurosurgery Surgical Cloward Drill Shaft with Stop Large, 5⅝″ is a precision spinal surgical instrument designed for controlled drilling and accurate bone preparation during neurosurgical procedures. Featuring an integrated stop mechanism, it provides enhanced depth control, safety, and reliability during spinal fusion and reconstructive applications.
Neurosurgery Surgical Cloward Drill Shaft With Stop, Small, 5⅝″
The Neurosurgery Surgical Cloward Drill Shaft With Stop, Small, 5⅝″ is a precision surgical instrument designed for controlled bone drilling during spinal fusion and neurosurgical procedures. Featuring a small stop mechanism and durable construction, it provides surgeons with improved depth control, accuracy, and reliable performance.