McPherson Bipolar Forceps for Precise Electrosurgical Coagulation and Tissue Hemostasis

Delivers precise electrosurgical coagulation for controlled tissue hemostasis.
McPherson design supports accurate tip placement during delicate procedures.
Bipolar configuration minimizes lateral thermal spread to surrounding tissues.
Facilitates efficient workflow in specialized electrosurgical surgical environments.
Engineered for consistent handling in critical hemostatic applications.
Supports surgeon control during fine microsurgical dissection tasks.

Brand: surgivalley

$39.45 $47.25

(250 products available)

OEM & International Cross-Reference Equivalents

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

EMDN (EUDAMED): L031304

GRASPING FORCEPS, REUSABLE

GMDN Code: 62468

Surgical soft-tissue manipulation forceps, scissors-like, reusable

Manufacturer / Benchmark	Catalog Number (REF)	Specification Match
Bausch & Lomb Storz	`2-100`	Exact Pattern Match
Medline	`PF18077`	Exact Pattern Match
Rumex	`4-171S`	Exact Pattern Match
Sklar	`66-6162`	Exact Pattern Match
Teleflex	`427370`	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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SKU: 001210272

Categories: Electrosurgical Instruments

Tags: bipolar forceps, electrosurgical instruments

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Precision Control for Delicate Electrosurgical Hemostasis

Achieving reliable hemostasis in delicate surgical fields demands instruments that balance precision with consistent performance. McPherson Bipolar Forceps are engineered to facilitate precise electrosurgical coagulation, allowing surgeons to manage tissue bleeding with confidence. Designed for the rigorous demands of electrosurgical procedures, these forceps provide the tactile feedback necessary for accurate tissue handling. By focusing energy directly between the tips, they help minimize lateral thermal spread, supporting the preservation of surrounding healthy structures. This design supports efficient workflow in environments where visibility and control are paramount, offering a dependable tool for managing vascular integrity during complex interventions.