Camellin style LASEK trephine 4 1/2 double-ended 8.5mm trephine with 9.0mm well flat handle 10.2 5.0 cm (2")

Double-ended design allows efficient switching between trephine and well.
8.5mm trephine blade ensures precise corneal cuts for LASEK procedures.
9.0mm well provides stable support during delicate ophthalmic surgical steps.
Flat handle offers superior grip control for steady surgeon manipulation.
Camellin style construction meets high standards for hospital-grade durability.
Compact 10.2cm length fits easily into standard sterile instrument trays.

Brand: surgivalley

(Доступно)

OEM & International Cross-Reference Equivalents

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

EMDN (EUDAMED): L0313

GENERAL SURGERY INSTRUMENTS, REUSABLE

GMDN Code: 12235

Scalpel handle, reusable

Manufacturer / Benchmark	Catalog Number (REF)	Specification Match
Innomed	`1425-08`	Exact Pattern Match
Medline	`PF177546`	Exact Pattern Match
RZ-Medizintechnik	`200-145-100`	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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Артикул: 999040465

Категории: Trephines

Теги: Instrument Handles

Camellin Style LASEK Trephine: Precision Double-Ended Instrument

Designed for advanced refractive surgery, this Camellin style LASEK trephine offers exceptional precision and control. The double-ended configuration features an 8.5mm trephine paired with a 9.0mm well, allowing surgeons to manage epithelial removal efficiently during laser-assisted subepithelial keratectomy procedures. Its flat handle design ensures a secure grip and optimal ergonomics, reducing hand fatigue during delicate operations. Constructed for durability and reliability, this instrument is essential for ophthalmologists seeking consistent results in corneal surface treatments. The specific dimensions provide the necessary clearance and stability required for high-precision surgical environments.