Kelman-McPherson Lens Forceps | 102mm | Intraocular Lens Implantation Forceps

Product Overview

The Kelman-McPherson Lens Forceps in 102mm length is a specialized ophthalmic instrument designed for precise intraocular lens (IOL) handling during cataract and refractive lens surgery. Combining the fine-tip precision of McPherson forceps with design enhancements endorsed by Dr. Charles Kelman, this instrument provides surgeons with exceptional control and stability during IOL insertion, unfolding, and positioning within the capsular bag. Its extended 102mm length ensures optimal working distance and corneal clearance, reducing the risk of endothelial touch while facilitating smooth lens delivery through small-incision wounds.

Key Features & Benefits

Precision Engineering for IOL Surgery

• Extended 102mm Length: Provides superior reach and instrument stability while keeping the surgeon’s hand away from the surgical field

• Ultra-Fine, Smooth Tips: Specially designed to grasp IOL optics and haptics securely without scratching or damaging lens surfaces

• Optimized Tip Geometry: Tapered design allows easy entry through corneal incisions as small as 2.2mm

• Non-Toothed, Polished Tips: Atraumatic surface minimizes potential damage to IOL material and ocular tissues

Enhanced Surgical Performance

• Secure IOL Grip: Positive control during insertion, unfolding, and positioning reduces risk of lens rotation or dropping

• Excellent Tactile Feedback: Balanced weight distribution and ergonomic handle provide sensitive control during delicate maneuvers

• Reduced Corneal Endothelial Trauma: Extended shaft length minimizes contact with corneal endothelium during anterior chamber maneuvers

• Superior Wound Integrity: Slender profile prevents incision stretching and maintains seal during lens insertion

Durability & Reliability

• Surgical-Grade Stainless Steel: Manufactured from AISI 316L for corrosion resistance and repeated autoclaving

• Mirror-Finish Polish: Reduces surgical light reflection and prevents tissue adhesion

• Precision Manufacturing: Consistent tip alignment ensures reliable performance procedure after procedure

• Reusable Design: Withstands hundreds of sterilization cycles without performance degradation

Technical Specifications

• Model: Kelman-McPherson Lens Forceps

• Total Length: 102mm

• Tip Configuration: Straight, smooth, non-toothed grasping surface

• Tip Width: 0.3–0.5mm at grasping point

• Handle Design: Round, non-ratcheting, knurled finger grip

• Material: AISI 316L Stainless Steel

• Finish: High-polish, non-reflective

• Sterilization: Autoclavable (135°C/275°F)

• Packaging: Individual sterile peel pouch or non-sterile presentation

Clinical Applications

• IOL Implantation: Primary insertion of foldable monofocal, toric, multifocal, and extended depth-of-focus IOLs

• IOL Positioning & Centration: Precise adjustment of lens within capsular bag

• Complex Cataract Surgery: Cases with compromised zonules, small pupils, or dense nuclei

• Refractive Lens Exchange: Clear lens extraction with premium IOL implantation

• IOL Exchange: Removal and replacement of previously implanted lenses

• Pediatric Cataract Surgery: Delicate lens handling in pediatric patients

Why Choose This Instrument?

The Kelman-McPherson Lens Forceps addresses the specific challenges of modern micro-incision cataract surgery where precision, control, and tissue protection are paramount. The 102mm length represents an ideal balance—providing sufficient reach for comfortable positioning while maintaining the fine control needed for premium IOL implantation. Unlike standard tying forceps, this instrument is specifically engineered for IOL handling, with tips designed to securely grasp without damaging lens optics.

Whether implanting a toric IOL requiring precise axis alignment, carefully inserting a multifocal lens, or managing complex cases with compromised capsular support, this forceps delivers the confidence and control that experienced cataract surgeons demand. Its combination of extended length, fine tip design, and proven ergonomics makes it an essential tool for achieving optimal outcomes in contemporary lens surgery.