Anis Radial Marker – Precision Corneal Marking Instrument (RI-00963)

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Key Features:
✅ Function: Precisely delineates radial lines for accurate corneal incision placement
✅ Design: Clear graduated scale with 8 blades for consistent marking
✅ Size: 4 mm diameter for targeted surgical application
✅ Material: 100% medical-grade titanium for strength and corrosion resistance
✅ Finish: Matt polish, passivated for rust prevention, ultrasonic cleaned
✅ Durability: High-grade reusable construction meeting ASTM-F899 surgical standards
✅ Certifications: CE Marked, ISO 9001, ISO 13485, FDA approved
✅ Application: Ideal for ophthalmic surgeries requiring precise corneal alignment

Compliance & Certification:
CE Marked ✅
ISO 9001, ISO 13485 Certified ✅
FDA Registered ✅
Instrument Classification: Class I, Class A

Quality & Processing Standards:
✔️ Rust Prevention: Passivated surface treatment
✔️ Hygiene: Ultrasonically cleaned & boil-tested
✔️ QC: Performance, blade sharpness, and marking precision verified
✔️ Safety: Designed for minimal corneal trauma during marking

Additional Info:
???? Packaging: Individually packed (non-sterile)
???? Warranty: 1 Year
⏳ Shelf Life: 2 Years
???? After-Sales Service: Return & replacement available
✈️ Shipping: DHL, UPS, FedEx, EMS, TNT, Air Cargo
???? Payment Options: PayPal, Western Union, TT
???? Customs Support: Clearance assistance until delivery
???? Origin: Pakistan

Categories: Hafiz Pharma Industry, Ophthalmic Surgical Instruments

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Description

The Anis Radial Marker is a high-precision ophthalmic instrument designed to mark radial lines on the cornea with exceptional accuracy during surgical procedures. Featuring a clear graduated scale and 8-blade design, it ensures uniform, consistent markings that guide precise incision placement.

Manufactured from 100% medical-grade titanium, it offers outstanding durability, corrosion resistance, and lightweight handling — essential for delicate ophthalmic work. Its 4 mm diameter allows for exact marking in targeted surgical zones, enhancing surgical precision and patient outcomes.

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