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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.
Features & Benefits
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 Kershner capsulorhexis forceps combines titanium construction with extremely thin straight shanks and cystotome-shaped tips for ultra-precise anterior capsule manipulation. The 11.5mm tip-to-bend dimension allows controlled engagement of the capsule edge, while the Nordan-style round handle with flats supports intuitive grip orientation during rhexis creation.
The Kershner Utrata forceps combines an extremely thin, sharp triangular grasping tip with an angled 11.5mm bend and flats on a round knurled handle, creating a precision capsulorhexis instrument. The triangular jaw geometry grasps and initiates the continuous curvilinear capsulorhexis without tearing, while the guide pin aids in sizing and edge control. At 105mm, the angled shaft maintains optimal visualization throughout the procedure.
The Kirby corneoscleral forceps provides dual‑surface grasping suited to limbal‑based incision closure and corneoscleral tissue fixation. The 1mm fine tooth configuration and round knurled handle deliver secure grip without crushing delicate corneal tissue. Polished finish and straight geometry support comfortable control in varied incision positions.
The Kraff capsulorhexis utrata forceps delivers extra-fine tip control for creating a continuous curvilinear capsulorhexis in cataract surgery. The 13mm bend-to-tip measurement optimizes approach angles for anterior capsular engagement, while the slender instrument geometry supports precision grasping through small corneal incisions. At 102mm overall length, it balances reach with delicate handling.
These Kraff Utrata capsulorhexis forceps incorporate recessed titanium jaws with a sharp tip and 1mm laser lines for intraoperative reference. The design supports controlled capsular flap advancement during continuous tear creation.
The Kraff Utrata forceps is a precision capsulorhexis instrument designed for controlled anterior capsule manipulation. Its 11mm bend-to-tip geometry provides ergonomic access to the capsular rim during cataract surgery. The round handle supports tactile control and reduced finger fatigue during extended procedures.
This Kraff‑Utrata capsulorhexis forceps features titanium construction and angled blunt tips for controlled anterior capsular opening during phacoemulsification. The round handle and compact 102mm length support fingertip control and tactile feedback at the limbus and capsular edge. Titanium composition resists corrosion and maintains edge sharpness across repeated cases.
The Kraff-Utrata capsulorhexis forceps combines titanium construction with extremely thin shanks and sharp 0.4mm tips to enable precise anterior-capsule creation during cataract surgery. The round handle with grooved surface provides secure fingertip control during delicate curvilinear capsular manipulation. At 100mm with 11mm tip-to-bend geometry, proportions support optimal anterior-chamber visualization and tactile feedback.
These Kremer corneal fixation forceps use angled shafts with 0.12mm 1×2 teeth and a U‑shaped jaw spread of 13mm. The thumb‑release lock secures fixation during centration and arcuate incision alignment.
Kuhnt fixation forceps stabilize the globe at the limbus during cataract incision, conjunctival peritomy, or muscle surgery. Curved 1 × 2 teeth engage episcleral tissue without crushing, and straight shafts present the toothed tips parallel to the operating axis. A serrated handle gives anti‑slip grip on a wet field, and the polished finish wipes clean between maneuvers across the 107mm length.
Used at the lid margin for cilia removal and trichiasis management, these Kurth forceps present angled jaws that approach the lash line without obstructing the surgeon's view. The 114mm body sits naturally in the fingertips for the gentle traction needed to extract individual eyelashes intact. Stainless construction preserves tip apposition through repeated office and procedural use.
Smaller than the Desmarres pattern, Lambert chalazion forceps stabilize a focal lid lesion through a round 10mm solid lower plate and an 8mm open upper plate. The locking thumb screw maintains lid eversion while the surgeon incises and curettes the cyst. The serrated handle gives a secure grip on a small instrument.
Lambert chalazion forceps in the large size, with a solid round lower plate and an open upper plate measuring 15mm inside diameter to encircle and isolate the lesion. The locking thumb screw fixes the plates against the everted lid for bloodless curettage, and the serrated handle supports a steady single‑hand hold.
The Lambert sleeve spreader uses a cross‑action design with 90‑degree angled smooth jaws and a post thumb‑screw lock, opening silicone sleeves for IOL injector cartridge loading and capsular bag manipulation. Cross‑action geometry inverts grip pressure into spreading force, and the thumb screw holds the chosen aperture during the loading step.
These LASIK flap forceps feature curved handle geometry with ring‑shaped, non‑grasping tips designed to gently retract and position the epithelial flap without tearing during LASIK ablation and epithelial debridement. The three‑hole flat handle provides ergonomic control during extended refractive procedures. Stainless steel construction withstands repeated sterilization while maintaining consistent flap handling characteristics.
The Lehner‑style capsulorhexis forceps is optimized for gentle, controlled circular capsulorhexis in patients with weak or cataractous anterior capsules. Its gently curved shaft, 2mm platform, and flat handle combine to deliver precise tissue purchase without perforation. Dull finish and compact 80mm length support meticulous, microsurgical precision during critical capsular membrane work.
The round handle on this Lehner‑Utrata capsulorhexis forceps enables natural rotation and tactile control throughout the procedure while maintaining fine tip precision. The extremely thin triangular tip geometry supports precision grasping with minimal tissue damage. The round handle supports natural rotation and tactile feedback during the procedure.
This lens loading forceps is engineered for compatibility with the AMO One Series Ultra injector cartridge, providing reliable IOL positioning and advancement during implantation. The straight design facilitates aligned loading without rotational stress on the lens optic. Stainless‑steel construction supports durable reprocessing across repeated IOL implantation cases.
Lester fixation forceps stabilize the globe during cataract and anterior segment maneuvers with a fine 1 × 2 tooth pattern that anchors conjunctiva without slippage. Straight shafts in a compact 97mm overall length keep the surgeon's view unobstructed during fixation. The serrated handle gives consistent tactile feedback throughout the case.
The Lester fixation forceps provides dual functionality with straight shafts and fine 2 × 3 tooth pattern suited to capsule, zonule, and IOL fixation during advanced anterior segment work. The serrated handle ensures secure grip, and the precise jaw geometry maintains consistent contact during delicate maneuvers. Overall balanced design supports extended use.
The Lieberman micro ring forceps features a 1.2mm ring tip design for delicate IOL haptic manipulation during implantation or exchange procedures. The reverse-action three-hole handle permits intuitive finger placement for fine positional adjustments, making it ideal for premium lens positioning within the capsular bag.
These Livernois holding forceps feature angled shafts with a 5mm tip‑to‑bend configuration for controlled grasping. The three‑hole handle and 100mm length support micro‑accurate IOL positioning.
These Livernois IOL folding forceps incorporate a 10mm tip‑to‑bend distance and a three‑hole handle for controlled folding mechanics. The 110mm overall length enhances reach in micro‑incision settings.
MacGregor conjunctival forceps are engineered for secure grasping of conjunctival tissue during anterior segment procedures. The 1mm crisscross serrated tips provide reliable grip without tearing delicate mucosa. A 5mm tying platform supports controlled tissue repositioning and manipulation.
The MacGregor conjunctival forceps features straight shafts with 6mm tying platform and 1mm fine teeth optimized for conjunctival flap manipulation and closure. The broad platform distributes contact pressure across conjunctival width, and the fine tooth pattern prevents tissue crushing. Straight geometry supports clear visualization during flap placement.
The MacKool‑Inamura coaxial capsulorhexis forceps features a blunt tip that safely engages the anterior capsule during phacoemulsification via coaxial probe access. The round ergonomic handle accommodates variable hand sizes and grip styles, supporting consistent capsulorhexis creation across routine and challenging cases. The blunt tip reduces risk of capsular perforation in dense nuclei.