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The McPherson suture forceps features 45-degree angled geometry with 0.3mm micro-tips and 1 × 2 interlocking teeth for corneal and anterior capsule tying. The 6mm tying platforms and 10mm bend-to-tip distance optimize ergonomic suture positioning, while the three-hole handle design delivers secure fingerhold without cramping. This instrument supports fine interrupted and continuous closure techniques.
Features & Benefits
The McPherson suture forceps are angled 45 degrees with ultra‑fine 0.4mm tips and a 1 × 2 interlocking tooth pattern for secure suture manipulation during corneal and limbal wound closure. The tying platforms support reliable knot tying, and the lightweight three‑hole handle reduces overall instrument mass for sustained microsurgical control. The 7mm bend‑to‑tip geometry provides clean access at the operative site.
McPherson corneal-suturing forceps are precision instruments for fine suture placement and knot tying at the limbus and cornea. The 1 × 2 interlocking tooth pattern engages sutures securely without slipping. A 45-degree angle optimizes visualization and access to corneal tissue.
These McPherson suturing‑corneal forceps combine 1 × 2 teeth with a 5mm tying platform, allowing the surgeon to grasp corneal tissue and tie suture without changing instruments. The serrated handle gives controlled finger purchase during knot rotation, and the compact 86mm length keeps the tying motion close to the field.
These McPherson tying forceps use 0.4mm straight tips with 1×2 teeth oriented at 90�, paired with a tying platform for secure knot advancement. The three‑hole handle increases rotational precision during delicate suture work.
McPherson tying forceps anchor 10‑0 and 9‑0 monofilament suture during corneal and scleral wound closure. The 18mm straight shafts and 5mm tying platforms give the surgeon a clean surface to wrap and pull throws without abrading fine suture. The three‑hole handle reduces mass at the fingertip for sustained microsurgical tying.
Angled McPherson tying forceps with 5mm platforms, sized for cataract and corneal suture tying through a side‑approach. The angled shafts clear the surgeon's line of sight to the knot, and a three‑hole handle reduces mass while giving consistent spring tension over long cases. Overall length is 105mm.
Built for tying 10‑0 and finer ophthalmic suture, the McPherson tying forceps present a 4mm tying platform on a straight shaft. The smooth platform grips suture without cutting it, and the serrated handle delivers steady rolling feedback during the wrap. A dull finish reduces microscope glare, and the compact 83mm length keeps the instrument balanced for corneal closure.
The McPherson tying forceps in straight configuration features 8mm tying platform and serrated handle suited to efficient IOL and corneal knot placement. The straight geometry supports clear visualization of knot formation, and the broad platform distributes tying force evenly. Durable stainless steel construction supports routine sterilization cycles.
The McPherson tying forceps is a precision micro-ophthalmic instrument featuring 0.3mm fine tips and 6mm titanium carbide tying platforms. Its 45-degree angled geometry provides optimal positioning for delicate knot management during cataract and corneal procedures. The flat 6mm wide handle supports stable, controlled micro-movements.
The McPherson titanium angled tying forceps combines lightweight, corrosion‑resistant titanium construction with a compact 4mm tying platform for ultra‑fine corneal and scleral wound closure. Its angled geometry provides excellent visualization of the operative field, while the serrated handle supports secure grip without hand fatigue. The 82mm overall length permits precise movements in confined anterior chamber spaces.
These titanium McPherson tying forceps are angled and include 5mm tying platforms for secure knot support. The three‑hole handle and 105mm overall length enhance rotational and axial control.
The McPherson tying forceps features 7.5mm tying platforms�broad flat working surfaces that stabilize sutures during knot formation. The angled shaft at 105mm length positions the platforms optimally for wound closure at the cornea and limbus. Titanium construction provides rigidity and corrosion resistance through repeated sterilization cycles.
The titanium McPherson tying forceps combines straight configuration with 4mm tying platform and reduced weight compared to stainless steel. The compact platform suits microincision cataract surgery approaches, while titanium construction offers corrosion resistance. Lightweight design supports efficient tying without hand fatigue during extended cases.
The McPherson-Westcott stitch scissors combine a curved geometry with sharp tips and a three‑hole handle for precise suture removal and conjunctival cutting at the limbus or anterior sclera. The 10mm mid-screw-to-tip length delivers optimal reach into the anterior chamber during corneal wound closure revision. At 110mm, balanced overall length supports stable control.
These McPherson‑Castroviejo miniature corneal section scissors curve left for advancing a corneal incision along the limbal arc. The lower blade extends 0.5mm beyond the upper to lift the cornea cleanly during entry. Blunt tips protect anterior chamber structures, and the 13mm mid‑screw‑to‑tip dimension keeps the cut within the corneal section.
This miniature hybrid McPherson-Castroviejo scissor combines curved-right geometry with compact size for microincisional corneal work. The blunt tips provide safe dissection near delicate capsular structures, while the lower blade extends 0.5mm beyond the upper blade for enhanced cutting control. The flat handle and 83mm overall length support precision in confined anterior chamber spaces.
The McPherson?Vannas trabecular iris scissors combines sharp curved tips with an 86mm compact length for precise gonioscopy incision and iris root work during angle surgery and glaucoma filtration procedures. The serrated flat handle and polished finish enable reliable manipulation within the confined angle space. Its 11mm mid?screw to tip measurement supports accurate angle depth control.
The McPherson‑Vannas iris scissors are engineered for ultra‑fine iris cutting and iridotomy margin work during cataract extraction and glaucoma filtering procedures. Their curved blades with sharp 11mm tips combine precise geometry with a serrated spring handle that supports extended, fatigue‑free cutting. Compact 85mm length and fine polished finish deliver excellent visibility and control.
These McPherson‑Westcott conjunctival scissors are curved with blunt tips and a 10mm mid‑screw‑to‑tip distance for atraumatic conjunctival dissection. The flat handle enhances control during ocular surface procedures.
The McPherson‑Westcott conjunctival scissors carry curved blunt blades shaped for safe undermining and trimming of conjunctival tissue near the globe. A 10mm mid‑screw‑to‑tip distance offers reliable contour cutting along the limbus and forniceal folds. The three‑hole handle reduces inertia for fine snipping.
These McPherson‑Westcott conjunctival scissors incorporate straight shafts and blunt tips with a 10mm mid‑screw‑to‑tip distance. The three‑hole handle improves torque control during conjunctival edge refinement.
Configured for the nasal approach to either orbit, the Mellinger eye speculum carries 14mm open wire blades on a 27mm spread, sitting low against the bridge so the surgeon's hands stay clear of the operative axis. The open wire architecture preserves a full view of the cornea and limbus throughout phacoemulsification, capsule work, and other anterior segment steps.
The Mellinger eye speculum holds the lids apart during anterior segment surgery using fenestrated 17mm blades that distribute pressure along the lid margin. A 29mm spread accommodates adult orbits, and the self‑locking mechanism maintains exposure hands‑free through the case. The dull finish reduces microscope glare during fine work.
The Mellinger eye speculum provides reliable self-locking eyelid retraction during anterior segment surgery. Its solid 16mm blades and self-locking mechanism eliminate the need for external adjustment, while the 30mm spread accommodates varying palpebral dimensions. The compact 68mm size and dull finish support comfortable positioning.
This titanium Mendez beveled degree gauge measures 0‑180� in 5� increments with 36 blunt teeth and a 0.7mm inner diameter for precise corneal marking alignment. The 0� ring mount geometry supports accurate placement when used in conjunction with a Nuijts‑Solomon toric axis marker.
This Mendez corneal marker incorporates a smooth flat handle and a 4mm inner‑diameter reference ring for precise arcuate or axis marking. The 110mm length facilitates accurate centration on the visual axis.
The Mendez degree gauge features a 15 × 1mm measurement head with a new bi‑manual handle design for ergonomic control during refractive surgery marking. The 115mm overall length provides reach to peripheral and axis localization points. Stainless‑steel construction withstands the mechanical demands of marking multiple incision axes across LRI and keratotomy workflows.
This malleable-shaft variant of the Mendez gauge permits custom contouring to individual corneal curves or surgical approach angles, retaining the core 0‑180-degree calibration in 5mm marking increments. Malleable design allows surgeons to bend the working length to their preferred angle without losing measurement accuracy. 12mm inner diameter accommodates standard anterior segment topology assessment.
The Mendez degree gauge measures corneal axis and astigmatic axis alignment during refractive surgery and incision planning. Its 12mm inner dimension accommodates the corneal zone, while calibration marks every 10 degrees from zero to 180 degrees enable precise axis notation. The 117mm smooth flat handle and dull finish support reliable intraoperative measurement.