Micro Kerrison 90°" up 8 2mm titanium 22.5 cm (9.0)

Micro Kerrison rongeur features ninety degree up angle design.
Constructed from durable titanium for lightweight strength and handling.
Blade width measures two millimeters for precise bone removal.
Total instrument length is twenty-two point five centimeters.
Ideal for delicate spinal decompression procedures in operating rooms.
Provides excellent visibility and control during minimally invasive surgeries.

Brand: surgivalley

(250 produtos disponíveis)

OEM & International Cross-Reference Equivalents

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

EMDN (EUDAMED): L0313

GENERAL SURGERY INSTRUMENTS, REUSABLE

GMDN Code: 63552

Surgical A/V-shaped microvessel clamp

Manufacturer / Benchmark	Catalog Number (REF)	Specification Match
Buxton Biomedical	`56-3690`	Exact Pattern Match
Medline	`PF261540`	Exact Pattern Match
Symmetry Surgical	`NEU-108`	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.

Quantidade

View Quote (0)

Added to quote! View Quote Cart

SKU: 011210696

Categorias: Rongeurs Cirúrgicos, Rongeurs

Etiquetas: Kerrison Rongeurs

Partilhar:

Micro Kerrison Rongeur: 90° Up-Angled Titanium Instrument

This Micro Kerrison rongeur features a precise 90-degree up-angled tip and an 8 mm jaw width, designed for delicate spinal decompression procedures. Crafted from lightweight titanium, the instrument offers superior strength-to-weight ratio, reducing surgeon fatigue during extended operations. The 22.5 cm length provides optimal reach and control in confined surgical fields. Ideal for minimally invasive spine surgery, this tool ensures clean bone removal with minimal tissue trauma. Its ergonomic design enhances maneuverability, allowing surgeons to navigate complex anatomical structures with confidence and accuracy.