About INAMURA HALDIPURKAR MASKET CAPSULORHEXIS OPHTHALMIC SURGICAL FORCEPS TITANIUM & STEEL
A Haldipurkar capsulorhexis forceps is a specialized ophthalmic surgical instrument used during cataract surgery. It is designed and allows surgeons to perform a capsulorhexis from a sideport incision.
Product features and function
- Protection of posterior capsule: The instrument is designed for maximum protection of the posterior capsule.
- Prechopping technique: It is used to manipulate the hard nucleus during the prechopping technique.
- Secure lens: The forceps feature a ring that fits under the posterior plate of the nucleus to help secure the lens.
- Rotation of nucleus halves: The capsulorhexis forceps are used with a phaco chopper to rotate the nucleus halves.
- Manipulation from sideport incision: The forceps gives surgeons the freedom to perform a capsulorhexis from a sideport incision.
- Capsulorhexis: The primary use is to perform a capsulorhexis, which is the creation of a circular opening in the lens capsule.
- Available materials
- Titanium: Several manufacturers offer Haldipurkar capsulorhexis forceps made from titanium.
- Stainless steel: Some models are available in stainless steel.
Titanium Made of Premium Quality Titanium Grade 5 with 50x Magnification for making instruments to precision quality and proper blue colour Anodization Process on each Titanium Instruments for protecting anti-rust/dust free surface with long durability of each instruments at very economical price with free repair warranty & will be consider best discount on quantity order.
Features and benefits
- Lightweight: Titanium is approximately 40% lighter than stainless steel, which helps reduce hand fatigue during long, intricate procedures.
- Corrosion-resistant: Titanium provides superior resistance to corrosion, staining, and pitting, prolonging the instrument's lifespan. It is resistant to nitric acid, chloride, and saltwater.
- Biocompatible: The material's compatibility with biological tissues makes it a safe option for use inside the body.
- Non-magnetic: For use in MRI environments where magnetic fields can interfere with equipment, titanium's non-magnetic property is crucial.
- Non-glare finish: Many titanium tying forceps are finished with a non-reflective blue tint to minimize glare under operating lights.
- Optimal control: The forceps feature fine tips and tying platforms to provide a secure, atraumatic grip on suture material.