← Back to Catalog
APPLYING FORCEP REBSTOCK
APPLYING FORCEP REBSTOCK
- Precision Grip & Locking Mechanisms: Engineered to hold clips firmly without premature deployment, allowing the surgeon to confidently position them before final application.
- Material Composition: Crafted from high-grade, surgical stainless steel and titanium, ensuring durability, corrosion resistance, and total biocompatibility.
- Shaft Variations: Available in standard straight or bayonet designs, as well as bendable "memory shafts" that retain their adjusted shapes but return to a straight axis during autoclaving.
- Ergonomic Handling: Designed to minimize hand fatigue during intricate micro-neurosurgical procedures.
- Sterilization & Reprocessing: Fully autoclavable and compliant with standardized cleaning protocols. They also often feature Datamatrix codes for direct machine readability, tracking, and product lifecycle documentation.
Engineered primarily to securely grasp and deploy delicate neurosurgical or hemostatic clips. Commonly used in micro-neurosurgery, they enable surgeons to safely clamp cerebral aneurysms or blood vessels to prevent hemorrhaging.
Applying forceps—primarily used in neurosurgical and cardiovascular procedures like Aneurysm and Liga clip placement—feature ergonomic designs with secure locking mechanisms. They offer precise visual alignment, rigid or flexible memory shafts, and highly stable grips to safely manipulate delicate surgical clips.
