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The DK tying forceps with 6mm tying platforms and curved shafts enables stable knot formation throughout cataract closure. The long flat ergonomic handle reduces hand stress during extended suturing, while the curved geometry naturally aligns the tips for tying plane work. At 115mm, the forceps reaches incision sites comfortably without excessive reach.
Features & Benefits
The fine tying forceps in curved configuration features delicate curved shafts with tying surfaces and serrated wide handle suited to precision IOL and corneal knot placement. The curved geometry accommodates natural surgical positioning, and the refined tip profile prevents suture trauma. Lightweight construction supports extended use without hand fatigue.
The Fine-Castroviejo suturing forceps (wide-handle variant) pair an ultrafine 0.12mm tooth with straight shafts, 5mm tying platform, and wide serrated handle for balanced control during precision ophthalmic suturing. This configuration is particularly effective for posterior capsule suturing, limbal grafting, and complex anterior chamber reconstruction where both fine tip control and hand stability are essential. The 110mm length supports versatile access.
The fine‑Castroviejo suturing forceps features ultrafine 0.22mm teeth and 5.5mm tying platform suited to delicate monofilament suturing in microincision cataract surgery. The exceptionally fine tooth pattern prevents slippage on thin sutures without any crushing trauma. Lightweight construction supports prolonged precision work during extended cases.
This fine‑Castroviejo variant features identical 0.22mm ultrafine teeth and 5.5mm tying platform as the preceding model, providing alternative hand preference or case‑by‑case selection flexibility. The exceptional fineness prevents suture slippage in delicate monofilament work. Each instrument supports precise knot placement during advanced microsurgery.
This titanium tying forceps feature ultrafine 0.12mm straight tips with delicate serrated teeth for secure knot grasping during microscopic anterior segment surgery. The fine gauge reduces jaw mass at the working end, improving control and responsiveness. Short handle design suits high‑magnification work in confined anterior chamber and capsular spaces.
These Girard tying forceps offer 5mm tying platforms on straight shafts for controlled knot tying in corneal and scleral work. The round knurled handle provides rotational grip during knot rotation, and the dull finish reduces glare under coaxial illumination. A 102mm length keeps the working end in close microscope range.
The Girard tying forceps is constructed from titanium, delivering superior corrosion resistance and lightweight handling across extended surgical procedures. Its straight shafts and 5mm tying platform support stable needle positioning during fine ophthalmic suturing. Round knurled handle and dull finish enhance tactile control in wet operative fields.
These Harms straight tying forceps incorporate 23mm straight shafts with 6mm tying platforms and a serrated handle for improved grip in wet fields. The 100mm overall length enhances linear suture delivery.
These Harms tying forceps feature curved 23mm shafts with 6mm tying platforms and a three‑hole handle, providing enhanced rotational precision for peripheral suture manipulation.
Longer 23mm straight shafts on the Harms tying forceps reach across the cornea for suture management farther from the incision, with 6mm tying platforms shaped for repeated wraps on fine nylon. The three‑hole handle keeps the 102mm stainless‑steel frame light in pinch grip, supporting steady control through extended tying sequences.
This titanium Harms-Tubingen curved tying forceps combines exceptional durability with the geometry required for delicate corneal suture work. The curved blade and 6mm tying platform optimize visibility and control during limbal and corneal repair. Titanium construction resists corrosion across repeated sterilization.
The straight titanium Harms-Tubingen tying forceps delivers the precision and durability required for repeated suture work in ophthalmic microsurgery. The straight blade profile provides direct visualization of the surgical field. A 6mm tying platform supports secure knot tying at the limbus and cornea.
These Helveston tying forceps include smooth jaws and a three‑hole handle for controlled suture guidance. The standard profile supports broad applicability in microsurgical tying tasks.
These Jaffe tying forceps use curved 23mm shafts with a three‑hole handle to enhance controlled angled suture placement. The 100mm overall length supports fine anterior segment knot advancement.
These Jaffe tying forceps use curved 23mm shafts and a three‑hole handle, offering enhanced approach geometry for angled suture advancement in confined spaces.
The Kelman-Hoeffer angled suture forceps provides offset 0.12mm fine tips with 1 × 2-tooth tying platforms oriented at 90 degrees. This perpendicular tooth angle suits wound closure work where the surgeon approaches the suture from the side. The ergonomic fenestrated handle and angled shaft support wrist-neutral positioning during prolonged fine suturing.
These Kelman McPherson tying forceps use ultra‑fine angled tips with an 8mm tip‑to‑bend distance for controlled approach. The titanium body and three‑hole handle ensure stable micro‑manipulation.
Angled shafts on the Kelman‑McPherson tying forceps approach the cornea from a flatter trajectory, sparing the operating microscope's sight line during suture tying at the limbus. The 7.5mm platforms give the surgeon room to wrap and seat 9‑0 or 10‑0 nylon, and the three‑hole handle keeps the 106mm stainless‑steel instrument balanced in pinch grip.
The Kelman-McPherson tying forceps combine titanium construction with angled 45-degree geometry, 8mm tip-to-bend configuration, and 5mm tying platform, enabling excellent visualization and control during phacoemulsification wound closure and corneal suturing. The titanium mount offers corrosion resistance and reduced weight, while the angled profile preserves the surgeon's visual axis. This 84mm compact length is ideal for cataract closure work.
The Manhattan eye and ear suturing forceps features straight shafts with 1 × 2 fine teeth and serrated handle suited to standard anterior segment suturing across cataract and corneal procedures. The straight geometry enables clear visualization during knot placement, and the fine tooth pattern ensures consistent grip. Durable construction supports routine sterilization cycles.
Manhattan Eye and Ear suturing forceps are designed for precise knot tying in ophthalmic procedures. The 90-degree angled tips position the grasping surface in line with the instrument shaft, allowing direct visualization of the suture knot. The 1 × 2 tooth configuration provides secure and reliable grasp.
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.
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.
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.