McPherson Tying Forceps | 85mm, Ultrafine Tips, 12mm Angled | Microsurgical Suturing Forceps

Product Overview

The McPherson Tying Forceps in the 85mm ultrafine configuration with 12mm angled tips represents the pinnacle of precision in microsurgical suturing. Designed specifically for ophthalmic, plastic, reconstructive, and vascular surgeries, this instrument combines an extended 85mm length with ultrafine tips and a 12mm angled design to provide unparalleled access, control, and delicacy in confined surgical fields.

Engineered for handling 10‑0 to 11‑0 sutures with absolute precision, the forceps feature a meticulously balanced design that minimizes hand fatigue while maximizing tactile feedback during prolonged tying sequences. The 12mm angled configuration allows surgeons to work around anatomical obstacles without compromising visual alignment or instrument stability.

Key Features & Benefits

Precision Engineering

• Ultrafine Tips: Electronically polished tips measuring 0.10–0.15mm at the grasping surface for secure suture handling without damage

• 12mm Angled Design: Provides optimal approach angles in deep or awkward surgical sites while maintaining direct line‑of‑sight visualization

• 85mm Extended Length: Ideal for deep‑set anatomy or when working through trocars/ports in minimally invasive procedures

Enhanced Surgical Performance

• Non‑ratcheting, Round Handle Design: Allows continuous, fluid tying motion without interruption or excessive hand repositioning

• Perfect Tip Alignment: Ensures consistent, secure grip on fine sutures and needles without slippage or fraying

• Reduced Hand Fatigue: Ergonomically contoured handles with knurled surface provide secure, comfortable grip during extended procedures

Durability & Reliability

• Surgical‑Grade Stainless Steel: Manufactured from AISI 316L for superior corrosion resistance and autoclave stability

• Mirror‑Finish Polish: Reduces glare under surgical lighting and prevents tissue adhesion

• Reusable Design: Withstands repeated sterilization cycles without loss of tip alignment or tension