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Castroviejo suturing forceps are precision instruments for ophthalmic knot tying and suture manipulation. The 1 × 2 tooth interlocking pattern and 5.5mm tying platform provide secure suture grasp without tissue trauma. A wide serrated handle ensures stable control during delicate tying maneuvers.
Features & Benefits
Slightly curved Barraquer cilia forceps carry a 6mm long tying platform for both lash handling and 10‑0 suture tying during microsurgical closure. The gentle curve clears the line of sight to the platform, and the serrated handle gives a controlled rolling grip. The 109mm overall length sits between the fingers for sustained microsurgical work.
The Shepard tying forceps (curved variant) feature a curved geometry with 6mm tying platforms and wide serrated handle, enabling smooth suture management during cataract closure and anterior segment wound approximation. The curved profile adapts to varied incision angles, reducing the need for instrument repositioning during closure. This 110mm instrument supports versatile access during phacoemulsification completion.
Built for continuous curvilinear capsulorhexis, these Utrata forceps carry long, extremely thin angled shafts that pass through a small clear corneal incision with minimal wound distortion. The 11mm bend‑to‑tip distance reaches the capsule with the fine bent tips presenting tangentially for tear propagation. A three‑hole handle reduces weight and gives consistent finger purchase across the maneuver.
These jeweler-type forceps offer precision grasping for fine suture work and tissue manipulation in ophthalmic microsurgery. Their extra-fine pointed tips and 6mm tying platform allow secure knot placement and IOL positioning tasks. The straight shaft and smooth handle support steady control during prolonged use.
This straight tissue forceps delivers reliable grasping of tough tissues and dressings through serrated jaw design and straight shaft geometry. The serrated handle ensures secure surgeon grip, and the polished finish supports visibility during tissue handling. Lightweight construction suits extended use without hand fatigue.
These Bishop-Harmon tissue forceps feature a 0.3mm ultrafine tip with 1 × 2 interlocking teeth and flat three-hole handle, making them ideal for the most delicate anterior segment tissue manipulation including capsular work during cataract surgery and corneal procedures. The diminutive 0.3mm tip allows microsurgical precision, while the three-hole handle supports ergonomic control. This 86mm instrument is essential for precision ophthalmic work.
The Sanders‑Castroviejo suturing forceps combines heavy straight shafts with 0.12mm fine teeth optimized for precise IOL suturing and corneal closure. The heavy shaft design provides exceptional rigidity during repeated suturing motions, while the ultrafine teeth prevent slippage on fine nylon and monofilament. Durable construction suits high‑case‑volume practices.
This MICS Packer‑Chang IOL cutter provides a 19ga straight shaft with fine cutting geometry for precision lens manipulation and optic trimming in ultra‑small‑incision implantation. The 35mm working length through a compressed shaft geometry navigates tight anterior chamber spaces while the straight design permits aligned cutting without rotational stress. Use with the DUO‑00 handle for modular bimanual control.
This IOL loading forceps is engineered specifically for AcrySof intraocular lens placement into Monarch II and III injector cartridges. Titanium construction with highly polished tip surfaces prevents lens scratching during loading and repositioning. The straight 119mm shaft with round handle provides controlled bimanual access to cartridge ports, essential for predictable IOL placement in small‑incision cases.
The Troutman-Barraquer utility forceps in 0.12mm ultra-fine stainless steel tips captures delicate corneal tissue or wound edge during phacoemulsification and anterior segment closure. Colibri-style geometry provides atraumatic purchase with minimal tissue drag. 1 × 2 interlocking tooth configuration locks wound edges or capsular flaps without incision extension. Serrated handle and 75mm compact length support precise micro-manipulation.
The Fine-Castroviejo suturing forceps feature an ultrafine 0.12mm tooth tip with straight shafts, 6mm tying platform, and serrated handle, enabling extreme precision during corneal microsurgery, DSAEK/DMEK endothelial keratoplasty wound closure, and fine anterior segment suturing. The 0.12mm tooth provides the finest possible grip on delicate sutures and anterior capsule edges. At 95mm, this compact length is optimized for intricate corneal and limbal work.
The titanium Sheets‑McPherson tying forceps in 45‑degree angled configuration combines 10.5mm tying platform with reduced weight compared to stainless steel. The angled geometry provides ergonomic access during bimanual IOL and corneal surgery. Titanium construction offers corrosion resistance and enhanced durability over many sterilization cycles.
Graefe fixation forceps stabilize the globe with narrow 3.5mm jaws carrying fine teeth that grasp conjunctiva and Tenon's without crushing. The handle omits the thumb catch lock, suiting surgeons who prefer continuous tactile control over the grip throughout the maneuver. Overall length is 109mm.
The Castroviejo suturing forceps with 0.5mm fine teeth and 1 × 2 pattern provides stable suture grasping across varied nylon and monofilament sizes. The 5.5mm tying platform suits standard anterior segment closure techniques, and the fine tooth geometry prevents slippage without crushing. Refined design supports efficient knot placement.
Swiss Jeweler #4 forceps deliver super‑fine 0.13mm pointed tips on straight shafts, sized between the #3 and #5 patterns for fine suture and membrane work. The smooth handle gives consistent fingertip feedback, and the dull finish keeps glare off the field. Overall length is 110mm.
The titanium Castroviejo tying forceps in straight configuration features 7mm tying platform and refined geometry suited to clear visualization during IOL and corneal knot placement. The straight shafts enable unobstructed view of knot formation, and titanium construction offers enhanced durability. The broad platform ensures consistent tying force distribution.
Swiss #0 jeweler forceps deliver fine pointed tips at 0.17mm for retrieving sutures, capsule fragments, and fine debris in ophthalmic and microsurgical fields. Straight shafts with a smooth handle and dull finish keep the working line clean of reflection. The 115mm length matches typical microscope working distance.
This Troutman‑Barraquer corneal utility forceps combines 1 × 2 interlocking teeth with a 6mm tying platform optimized for anterior segment work. The 0.3mm ultra‑fine tip profile enables delicate manipulation of corneal tissue, capsular edges, and small anatomical structures during phaco, IOL insertion, and clear corneal wound closure. Its Colibri‑style tooth geometry distributes grip across the capsulorhexis margin and Descemet's membrane without focal crushing.
Beer cilia forceps carry rounded blunt tips and smooth platforms for atraumatic lash and debris removal along the lid margin. The blunt working face reduces the risk of skin nicks during epilation, and the smooth jaws release cleanly without snagging. The 89mm body suits slit‑lamp positioning between thumb and index finger.
The Kelman-McPherson tying forceps combines angled geometry with extended 8mm tying platforms suited for handling 9-0 to 11-0 sutures. Its guide pin ensures consistent tooth alignment, while the ergonomic fenestrated handle supports secure grip during intricate wound closure. The 110mm length delivers adequate reach from cornea to sclera.
These suture removal forceps feature tungsten carbide‑impregnated jaws that provide superior cutting durability for suture manipulation and removal across multiple cases. The very fine pointed tips enable precise engagement of delicate sutures without tissue trauma, while the 114mm overall length supports comfortable hand positioning during extended suture removal sessions. The tungsten carbide construction is built for reliable performance and lasting durability across repeat clinical use.
The Adalve corneal suturing forceps provide titanium‑reinforced stability during suture placement and tying after cataract or corneal surgery. The 111mm length with 2‑hole flat handle supports fingertip control at the anterior chamber margin. Straight jaws grip suture knots and needle shanks with precision without slipping during delicate corneal wound closure.
These Akahoshi‑Tjia MICS capsulorhexis forceps include vaulted shafts, triangular tips, and laser‑etched 1mm lines for reference inside 1.8mm incisions. The alignment mechanism supports consistent capsular tear initiation in micro‑incision settings.
The Alabama utility forceps delivers reliable tissue grasping across general ophthalmic procedures. The serrated jaw design maintains secure grip on tough tissues and dressings without slipping. The polished finish and straight configuration suit both right and left‑handed surgeons in varied field geometries.
The Anis tying forceps feature delicate 5mm tying platforms with straight shafts, round knurled handle, and dull finish, offering refined control for suture handling in fine ophthalmic procedures. The delicate platform design reduces trauma to delicate tissues like conjunctiva and sclera during knot passage. At 119mm, this instrument provides balanced reach for anterior and posterior segment suturing.
These Arita alternate Meibomian gland compressor forceps use narrower 1mm polished jaws for focal compression. The three‑hole handle supports consistent squeeze force for targeted gland expression.
These Arita Meibomian gland compressor forceps incorporate 2mm smoothly polished jaws designed for uniform lamellar pressure. The three‑hole handle enhances rotational precision during gland expression maneuvers.
Arruga fifty‑degree angled capsule forceps deliver 2.5mm cup tips engineered for anterior chamber capsular manipulation during routine and complex cataract extraction. The serrated handle provides micro‑tactile feedback during rhexis edge engagement, while the ten‑millimeter bend‑to‑tip design balances approach geometry with controlled capsular grasping mechanics.
The Asadi meibomian gland expressor forceps combines a 4 × 10mm paddle tip with tungsten carbide dust surfacing to deliver uniform pressure during meibomian gland expression. The paddle geometry distributes force evenly across the gland, reducing tissue trauma and improving lipid secretion. Its 109mm length and flat handle support controlled expression workflows.