Micro Kerrison 40°" up 0.7mm 8" 10.0 cm (4")

Precise four degree angle improves visualization during delicate spinal procedures.
Compact zero point seven millimeter tip allows access to tight spaces.
Eight inch length provides optimal reach for posterior surgical approaches.
Ten centimeter shaft ensures comfortable handling in operating room settings.
Designed specifically for microsurgical decompression and laminectomy applications.
High quality construction supports reliable performance in clinical environments.

العلامة التجارية: surgivalley

(250 منتجات متاحة)

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.

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رمز المنتج: 011210666

الفئات: مقارض جراحية, ملاقط قضم العظام

الوسوم: ملاقط كيريسون العظمية

Micro Kerrison Rongeur: 40° Angled, 0.7mm Jaw, 8-Inch Length

Designed for precision in delicate spinal and neurosurgical procedures, this Micro Kerrison rongeur features a 40-degree angled tip and an ultra-fine 0.7mm jaw width. Its compact 8-inch (10.0 cm) shaft provides optimal maneuverability within confined anatomical spaces, allowing surgeons to perform targeted laminotomies with minimal tissue disruption. Ideal for hospital operating rooms and ambulatory surgery centers, this instrument combines ergonomic handling with sharp cutting efficiency. The specialized geometry facilitates access to hard-to-reach vertebral segments while maintaining structural integrity during repetitive use.