5" Cushing IVD Rongeur 2x10mm Down

Precise intervertebral disc removal with five inch Cushing rongeur design.
Two by ten millimeter jaws enable controlled tissue excision during surgery.
Down-facing configuration improves visibility and access in operating room settings.
Durable construction supports repeated sterilization cycles for hospital and clinic use.
Ergonomic handle reduces hand fatigue during lengthy spinal procedures and surgeries.
Sharp cutting edges ensure clean incisions for improved patient recovery outcomes.

Brand: surgivalley

(250 Produkte verfügbar)

OEM & International Cross-Reference Equivalents

UNIVERSAL NOMENCLATURE EU MDR 2017/745 & US FDA GUDID Classification

EMDN (EUDAMED): L0204

BONE RONGEURS, REUSABLE

GMDN Code: 35375

Bone rongeur, reusable

Manufacturer / Benchmark	Catalog Number (REF)	Specification Match
Aesculap	`H30-450-06`	Exact Pattern Match
Medline	`PF194382`	Exact Pattern Match
Symmetry Surgical	`NEU-94`	Exact Pattern Match
Teleflex	`KM47710`	Exact Pattern Match

Notice of Nominative Fair Use: All manufacturer names, trademarks, symbols, and catalog part numbers are referenced solely for comparative identification, cross-reference, and equipment compatibility guidance. SurgiValley is an independent surgical manufacturer and is not affiliated with, sponsored by, or endorsed by any of the respective trademark owners.

Menge

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SKU: 027210501

Kategorien: Rongeure, Rongeure

Tags: IVD Rongeurs

5" Cushing IVD Rongeur with 2x10mm Down-Angled Jaw

The 5-inch Cushing Intervertebral Disc (IVD) rongeur is a precision instrument designed for delicate spinal procedures. Featuring a 2x10mm down-angled jaw, this tool allows surgeons to access and remove disc material with enhanced visibility and control. The ergonomic handle ensures a secure grip during intricate maneuvers, reducing hand fatigue in long operating room sessions. Ideal for laminectomies and discectomies, this rongeur provides the necessary leverage for clean cuts while minimizing trauma to surrounding neural structures. Its compact size makes it suitable for minimally invasive approaches where space is limited.