Bores Optic Zone Marker 5mm

The Bores Optic Zone Marker 5mm is a specialized ophthalmic surgical instrument designed for precise marking of the corneal optic zone during refractive and anterior segment eye procedures. It is widely used in ophthalmology where accurate centration and well-defined optical zones are essential for achieving optimal surgical outcomes. This instrument features a 5mm marking diameter that allows surgeons to clearly define the central optic zone on the corneal surface with high precision. The Bores design ensures uniform contact and balanced pressure distribution, producing clean, consistent, and reproducible markings that assist in surgical alignment and planning. It is particularly important in refractive surgery procedures such as LASIK and corneal reshaping, where precise optic zone definition directly impacts visual outcomes. The instrument helps guide centration, incision planning, and corneal alignment during delicate ophthalmic procedures. Manufactured from premium surgical-grade stainless steel, the Bores Optic Zone Marker 5mm offers excellent resistance to corrosion, rust, and wear caused by repeated sterilization cycles. Its durable construction ensures long-term reliability and consistent performance in ophthalmic surgical environments. The smooth, polished finish minimizes friction and allows easy cleaning and sterilization after use, supporting strict ophthalmic hygiene standards. Its lightweight and ergonomic design enhances handling precision and surgeon comfort during delicate procedures. The Bores Optic Zone Marker 5mm is commonly used in refractive surgery, LASIK procedures, corneal marking, and anterior segment eye surgery. It is an essential tool for ensuring accurate surgical planning and precise corneal alignment. Fully autoclavable and reusable, the instrument is designed for repeated clinical use without loss of accuracy or structural integrity. Its precision engineering makes it a dependable component in ophthalmic surgical instrument sets. The Bores Optic Zone Marker 5mm is an essential ophthalmic instrument for achieving accurate, stable, and consistent corneal optic zone marking in modern eye surgery. Key Features 5mm optic zone marking diameter for precision Designed for ophthalmic corneal procedures Manufactured from surgical-grade stainless steel Ensures accurate and consistent optic zone marking High resistance to corrosion and sterilization wear Ergonomic design for controlled application Smooth polished finish for easy cleaning Lightweight for improved surgical handling Ideal for LASIK and refractive surgery Autoclavable and fully reusable construction Enhances surgical centration accuracy Essential ophthalmic surgical instrument Product Specifications Specification Details Product Type Bores Optic Zone Marker Size 5mm Application Corneal / Optic Zone Marking Material Surgical Grade Stainless Steel Finish Mirror Polished Instrument Type Ophthalmic Marker Sterilization Autoclavable Reusability Reusable Specialty Ophthalmic Surgery Usage Professional Surgical Use Product Contents 1 x Optic Zone Marker 5mm Applications Corneal optic zone marking Ophthalmic refractive surgery LASIK and corneal procedures Anterior segment eye surgery Surgical planning and centration marking Corneal alignment and mapping Precision ophthalmic surgical procedures Veterinary ophthalmic applications FAQs Q1: What is the Bores Optic Zone Marker 5mm used for? It is used to accurately mark the corneal optic zone during ophthalmic surgical procedures. Q2: Why is precise optic zone marking important? It ensures correct centration, which is essential for optimal visual outcomes in refractive surgery. Q3: Is this instrument reusable? Yes, it is fully reusable and designed for repeated sterilization cycles. Q4: Can it be autoclaved safely? Yes, it is fully autoclavable and compatible with standard ophthalmic sterilization methods. Q5: What material is it made from? It is made from high-quality surgical-grade stainless steel for durability and precision. Q6: In which surgeries is it commonly used? It is commonly used in LASIK, refractive surgery, and corneal marking procedures.