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These Strully scissors provide the fine, controlled dissection essential for intracranial neurosurgery where precision preserves neural and vascular structures. The straight blades and ring handle enable delicate movements in confined dural and cerebral spaces, while the 200mm length offers reach into deep cranial cavities without compromising microscopic control. Stainless steel withstands high-temperature sterilization cycles.
Features & Benefits
The double‑ended Woodson dural separator/packer at 178mm pairs a sharp blade for dural separation with a blunt packer face for surgicel or gelfoam placement during neurosurgical hemostasis. The two ends cover the most common neurosurgical handling tasks in one instrument.
The Woodson double‑ended dural separator and packer is designed for controlled separation of dura from bone and surrounding soft tissue during cranial decompression and posterior fossa exposure. The dual ends enable both blunt dissection and packing functions without instrument exchange. Overall length of 178mm supports stable hand positioning during extended intracranial procedures.
These Yasargil bayonet scissors with straight smooth blades and squeeze-handle control deliver precision cutting for fine arachnoid membrane dissection and subarachnoid plane separation. The bayonet offset improves visibility in deep surgical corridors, while the squeeze mechanism provides fingertip-controlled cutting action. At 191mm, the instrument balances reach with cutting precision.
Yasargil micro scissors with a straight blade profile and 16.5mm cutting edge provide precision dissection for fine neural and vascular work in the cerebral cisterns and skull base. The blade length enables controlled cutting of delicate arachnoid membranes and nerve root envelopes without blind-spot tissue injury. At 222mm overall length, the instrument maintains clear sightlines.
A curved blade profile combined with bayonet offset characterizes these Yasargil scissors for contour-following dissection of curved anatomical structures in the cerebral cisterns and skull base. The curve enhances blade contact with curved neural surfaces, while the smooth edge prevents fraying of delicate arachnoid tissue. The 191mm length maintains visualization.