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This right-hand variant of the Snellen entropion forceps provides mirror-image geometry for surgeons approaching entropion repair from the right side. The same solid lower 28mm plate and perforated upper plate design ensure secure tissue clamping while maintaining visibility of the tarsal strip or repair margins. Serrated handle promotes control through sustained manipulation.
Features & Benefits
The Snider-Castroviejo tying forceps incorporates a 0.12mm tip with 1 × 2 teeth, tying platforms, and a guide pin for controlled suture manipulation during ophthalmic knot formation. The three-hole handle geometry optimizes fingertip precision work, while the integrated tying platform reduces hand fatigue during repetitive knot tying at the limbus and cornea. Reusable stainless steel construction ensures consistent tactile feedback.
Designed for Descemet's membrane manipulation in DSAEK procedures, this Snyder stripper features 12mm angled tips that grasp the membrane edge with controlled access. The flat serrated handle provides secure hand positioning during the critical stripping step, and the compact 83mm length supports precision within the anterior chamber.
The Spaleck soft IOL inserter is engineered to safely grasp and deploy foldable intraocular lenses during cataract surgery through micro-incisions. The three‑hole handle ensures stable control during delicate lens positioning, while the 17mm tip-to-bend geometry provides optimal access and visualization. At 100mm, balanced length supports single-handed IOL maneuvering.
This titanium squeeze handle is a universal MICS IOL insertion instrument designed for 360-degree rotational compatibility with interchangeable lens cartridge tips. Its ergonomic grip and lightweight titanium construction reduce hand fatigue during extended cataract surgery. The color-coded blue finish aids surgical identification and quick setup.
These Steinert‑style soft lens inserting forceps use a straight conical tip with an inside flat surface to stabilize soft lenses during insertion. The three‑hole handle and 102mm length provide axial stability.
The Steinert Universal II IOL forceps provides curved-tip precision for intraocular lens insertion during cataract surgery. Three handle ridges ensure secure grip control during the critical implantation phase, while the standard curved geometry facilitates smooth passage through corneal and limbal incisions. At 108mm length, the instrument reaches posterior chamber positioning comfortably.
The Stern‑Castroviejo tying forceps features tying platforms�flat working edges at the tip that support secure suture manipulation during closure. At 0.5mm, the refined tip geometry combined with the locking mechanism ensures stable knot formation at the limbus or cornea. Stainless steel construction provides the reliability and durability required across repeated clinical cases.
These straight tying forceps feature a 5mm tying platform with cross-action jaws and wide handle, providing secure and balanced suture management during posterior segment closure and lid suturing. The straight geometry offers direct access to the suture field without obstruction, while the wide handle distributes pressure during prolonged knot tying. This 111mm instrument supports reliable wound closure across anterior and posterior procedures.
These style gold punctal plug forceps use pointed tips and 0.2mm‑wide longitudinal inside jaws designed for secure punctal plug grasping and placement. The fine jaw geometry improves control in narrow punctal openings.
These titanium Utrata capsulorhexis forceps use long extremely thin shafts with an 11mm bend‑to‑tip design and small bent tips. The three‑hole handle and 100mm profile provide refined approach geometry.
These straight suture forceps feature 0.12mm platforms with 1 × 2 teeth angled at 90 degrees for perpendicular suture manipulation in tight conjunctival and capsular spaces. The ergonomic fenestrated handle and 105mm length enhance control during fine knot work. Lightweight construction minimizes hand fatigue during extended closure sequences.
These curved suture forceps combine ultra-fine 0.12mm tips with integral tying platforms for anterior segment wound closure and IOL haptic manipulation. The 1 × 2 interlocking tooth pattern distributes grip across delicate suture material without slippage. Titanium provides corrosion resistance over many surgical cases.
This curved ophthalmic suture forceps delivers consistent grip through its 0.12mm ultrafine 1 × 2 interlocking tip geometry, ideal for wound closure across all anterior segment procedures. The 6mm tying platforms support reliable knot construction during IOL implantation and corneal suturing. Curved titanium construction supports corrosion resistance over extended clinical use.
This straight suture forceps in titanium provides delicate control for fine corneal and scleral suturing. The 0.12mm tip engages monofilament through a 1 × 2 tooth pattern that distributes gripping force evenly, while 6mm platforms enable reliable knot tying. At 85mm, the compact length suits detailed anterior segment suturing.
Swiss jeweler #1 forceps narrow to a 0.12mm fine point for the most delicate ophthalmic manipulation, including capsule fragments, suture ends, and small foreign bodies. The smooth handle and dull finish reduce both reflectivity and slippage under the microscope. At 120mm, the shaft seats comfortably between thumb and forefinger for sustained microsurgical work.
Swiss jeweler forceps are precision-crafted for delicate tissue manipulation in ophthalmic microsurgery. The 0.34mm fine pointed tips enable controlled grasping of capsular edges and thin tissue during cataract and corneal procedures. Straight shafts and smooth handles support stable tactile control.
Curved Swiss Jeweler #7 forceps carry an extra‑fine 0.17mm pointed tip for reaching behind structures during microsurgical work. The standard curve clears the line of sight to the tip, and the smooth handle supports a steady pencil grip across long cases. A dull 115mm finish keeps reflection out of the microscope.
The diamond‑dusted Swiss jeweler forceps offers superior grip security on smooth IOL materials and fine suture without slipping. The #4 size and 0.13mm tip width suit precision IOL positioning and suture manipulation. The dull finish minimizes light reflection during detailed IOL‑related work.
The Tennant tying forceps with curved geometry is designed for suture knot manipulation and iris/capsule repositioning during anterior segment procedures. The curved profile follows the natural hand arc, supporting smooth wrist rotation during fine tissue handling.
The Tennant tying forceps bring curved geometry to suture placement and knot tying during ophthalmic wound closure. The curved shaft follows the natural corneal and scleral contour, positioning the jaw tips intuitively along the suture line. Stainless‑steel construction ensures lasting reliability during repeated knot‑tying cycles across countless cataract and corneal closure cases.
Tennant tying forceps bring extra‑delicate 19mm curved shafts and a 6mm tying platform to fine ophthalmic suture work. The curved profile and platform geometry allow controlled wrapping and grasping of 10‑0 and finer sutures during corneal and scleral closure. A round handle with longitudinal serrations supports a steady rolling grip throughout knotting.
The Tennant tying forceps combines a curved jaw with 6mm tying platforms and an integrated guide pin to manage 9‑0 to 11‑0 sutures during corneal and limbal wound closure. The guide pin steers suture into the platform groove during knot tying, and the ergonomic fenestrated handle reduces instrument mass during long microsurgical sequences.
These Tennant tying forceps carry 19mm extra‑delicate straight shafts that taper into 6mm serrated tying platforms, supporting precise suture wraps at the cornea and limbus. The round handle is finished with longitudinal serrations that index against thumb and index finger, and the 102mm stainless‑steel frame keeps the platform under positive control during fine knot tying.
Designed for precise suture handling at 9‑0 through 11‑0 calibers, these straight Tennant tying forceps feature 6mm tying platforms and a guide pin that aligns the suture during each pass. The fenestrated ergonomic handle reduces fatigue across long microsurgical cases, and the 110mm overall length supports balanced fingertip control. Stainless steel construction holds up to routine reprocessing across cataract and corneal closure work.
The Tennant tying forceps combines a curved geometry with a 6mm tying platform and titanium construction for durable microsurgical knot work. The extra delicate 19mm shaft and longitudinal serrations on the round handle deliver both fine tactile feedback and secure grip during corneal and limbal closures. The curved profile adapts to chamber anatomy.
The Tennant Tying Forceps is engineered for IOL positioning and loop tying during cataract implantation. Its titanium construction resists corrosion and maintains rigidity, while the extra‑delicate 19mm shaft navigates the anterior chamber with minimal bulk. The 6mm tying platform enables secure knot placement without excessive tissue compression, and the longitudinal serrated round handle supports sustained bimanual control during the final steps of IOL fixation.
These Thorpe conjunctival fixation forceps secure conjunctival and Tenon's tissue during strabismus and anterior segment cases. The 90 degree 0.6mm 2 × 3 teeth engage tissue firmly without slippage, and an integrated tying platform supports immediate knot placement at the same fixation site. The serrated handle anchors a steady pinch grip throughout the maneuver.
The Thorpe corneal fixation forceps combines 45‑degree angled shafts with 2 × 3 0.5mm fine tooth pattern suited to corneal graft fixation and keratoplasty closure. The angled geometry accommodates varied graft orientations, and the fine tooth pattern prevents graft crushing during placement. Durable construction supports routine sterilization cycles.
This angled IOL implant forceps delivers secure grasp for rigid and foldable intraocular lens insertion during phacoemulsification and IOL implantation. The 40-degree angle positions the hand outside the operative field while bi-convexed locking jaws prevent lens slippage. Seven-point-five millimeter jaw length accommodates standard ophthalmic lenses, while the long rectangular serrated handle provides durable grip.