Name: 3 Barraquer Wire Speculum with Solid Blades 10mm, 12mm & 15mm | SHM0011
SKU: SV-SET-1118

Description
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The 3 Barraquer Wire Speculum with Solid Blades 10mm, 12mm & 15mm | SHM0011 is an engineered surgical instrument set configured for comprehensive clinical workflow efficacy, ergonomic precision, and rigorous hospital reprocessing protocols.

Included Set Instruments & Bill of Materials

#	Instrument Description	Qty	Clinical Specifications
1	Barraquer Wire Speculum Set is a medical tool used in ophthalmic procedures, allowing surgeons to hold eyelids open and expose the eye for examination or surgery. This Barraquer Eye Speculum available in adult and pediatric sizes, is an ophthalmic device used in phacoemulsification and other surgical procedures. It features solid blades with a curved outline, preventing eyelashes from projecting into the surgical field, and a V-shaped wire structure. Surgeons commonly use the Barraquer Wire Eye Speculum in Eye Surgery, Retinal Examination, Refractive Surgery, and Diagnostic Procedures. Made of German-grade anti-corrosion Stainless Steel, are durable and long-lasting, ensuring years of effective use.	3	German DIN Grade Stainless Steel
2	Barraquer Eye Speculum Solid Blades 10mm – Small	1	German DIN Grade Stainless Steel
3	Barraquer Eye Speculum Solid Blades 12mm – Medium	1	German DIN Grade Stainless Steel
4	Barraquer Eye Speculum Solid Blades 15mm – Large	1	German DIN Grade Stainless Steel

Metallurgical Quality & Regulatory Compliance

Alloy Composition: Forged from martensitic German stainless steel (AISI 420 / DIN 1.4021) delivering Rockwell Hardness 50-54 HRC for sustained cutting edge sharpness and tensile stability.
Passivation & Corrosion Resistance: Chemically passivated in accordance with ASTM A967 / ISO 16061 ensuring zero oxidation during repeated autoclave sterilization cycles.
Regulatory Standards: Fully compliant with European MDR 2017/745, US FDA AccessGUDID, and ISO 13485:2016 quality management standards.
Surface Finish: Anti-glare satin matte finish to eliminate specular light reflection in high-intensity surgical operating theatre environments.