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Nuclear fracturing in the anterior chamber is the Kansas nucleus bisector's specialty, with its standard curved 10mm tip?to?bend providing mechanical leverage. Its straight geometry delivers reliable tactile feedback and precise nuclear bisection in confined anterior chamber space. The 110mm round knurled handle enables controlled bisection maneuvers in routine and challenging cases.
Features & Benefits
The Kansas nucleus removal forceps carry serrated jaws that grasp dense nuclear fragments for retrieval during manual extracapsular and small‑incision cataract work. A 10mm tip‑to‑bend distance gives consistent capsular reach with clear visibility. The three‑hole handle keeps the instrument light and balanced through repeated grasps.
The Kansas nucleus support spatula is engineered to stabilize the lens nucleus during phacoemulsification. The 3mm wide spatula provides adequate bearing surface for nuclear support while maintaining visibility. This right-hand configured tool delivers optimal control during nucleus sculpting and removal.
The Kansas Nucleus Trisector is designed for controlled fragmentation and removal of dense cataractic nuclei during phacoemulsification. Its 2.5mm working end and straight geometry enable precise entry into the nucleus for mechanical fracturing, while the left‑handed configuration accommodates surgeon preference and asymmetrical hand positioning. The round knurled handle provides secure tactile feedback during sustained manipulation of hard lens material.
This left-handed Kansas nucleus trisector divides the nucleus into three segments for efficient phacoemulsification management, particularly in dense cataracts where nuclear fragmentation is essential. The round knurled handle provides secure grip orientation for left-handed surgeons, while the straight tip design maintains consistent cutting geometry. At 111mm, the compact length supports fine control during intraoperative nucleus dissection.
Used to lift and separate LASIK flaps, the Katzin flap unzipper joins a slightly angled 0.2mm Sinkey hook on one end with a spatula and notched probe on the other. The fine hook engages the flap edge for atraumatic elevation, while the spatula side smooths the stromal bed and tests adherence. The double‑ended layout keeps the surgeon working without an instrument exchange.
The Keisler lacrimal cannula combines a 23‑gauge shaft with a 90‑degree curve and a reinforced 6mm blunt tip for irrigation of the lacrimal sac and nasolacrimal duct through a right‑angle approach. The reinforced tip resists deformation during forceful irrigation of obstructed ducts, and the polished finish reduces drag through the canalicular punctum.
The Kellan capsulorhexis forceps provides the precision geometry necessary for controlled anterior capsule engagement and continuous curvilinear capsulorhexis creation. The straight 100mm shaft and tactile jaw design support repeatable rhexis initiation and controlled tearing dynamics across hundreds of cases.
This 25‑gauge Kellan hydrodissection cannula curves vertically with a flattened tip profile, presenting a wider working face than the round‑lumen variant during cortical‑capsular cleavage. The vertical curve directs flow downward along the capsular surface.
Kellan intraocular lens forceps are precision instruments designed for safe IOL insertion and positioning within the capsular bag. The angled design and delicate 8mm jaws provide gentle grasp without lens compression. A small interior groove aligns the platform with the handle for enhanced positional control.
The Kelman cyclodialysis cannula carries a 19ga shaft into the anterior chamber, where the flattened 12mm tip with its last 2.5mm angled upward sweeps between iris and ciliary body to create or extend a cyclodialysis cleft. A left side port directs irrigation laterally, and the polished finish reduces drag against the scleral spur. The 32mm overall length matches a controlled limbal approach.
The Kelman cyclodialysis cannula is engineered for controlled anesthetic and medication delivery to the ciliary body during glaucoma procedures. Its 19-gauge flattened shaft and angled geometry with a 12mm tip-to-bend design enable posterior-chamber access while the right-side port directs fluid toward the target ciliary-scleral junction. The polished finish and 27mm overall length support atraumatic tissue contact.
This left‑port Kelman cyclodialysis cannula mirrors the right‑side configuration for opposite chamber approach, delivering 19ga irrigation through a flattened 12mm tip with the distal 2.5mm angled up to engage the ciliary cleft. The directional port keeps fluid sweep away from the iris root during cyclodialysis reformation. Compact 32mm overall length supports controlled anterior segment entry.
Right‑side port placement on this 19ga Kelman cyclodialysis cannula directs irrigation toward the dominant eye orientation during cyclodialysis or anterior chamber reformation. The flattened 12mm tip with the last 2.5mm angled up rides the scleral spur to clear the ciliary cleft, and the polished shaft draws back cleanly through a limbal entry. Overall length of 32mm matches anterior segment working depth.
This Kelman cystotome is engineered with a 22‑gauge double‑bladed tip and integrated irrigating port for controlled posterior capsulotomy and hyaloidotomy during cataract and vitreoretinal procedures. The sharp tips and dual‑blade geometry enable precise dissection of capsular and membrane structures. Stainless‑steel construction resists corrosion and maintains edge sharpness.
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.
Built for anterior chamber irrigation, this Knolle cannula carries a 23g blunt tip on a 45‑degree angled shaft, with a 1.5mm tip-to-bend distance and 25.4mm working length. The polished finish promotes smooth fluid delivery, and the angled geometry directs irrigation along the chamber without endothelial impingement.
The Knolle capsule scraper uses a 23 gauge cannula with a 2mm angled sandblasted tip to abrade residual lens epithelial cells from the posterior capsule during cataract surgery. The textured sandblasted surface engages adherent cortex without cutting, and the angle places the working face flat against the capsule through a corneal incision. A 20mm working length matches phaco instrument geometry.
The Knolle iris hook presents a straight blunt small hook on a 28mm shaft with a round knurled handle, designed for atraumatic iris manipulation and pupil stretching during phacoemulsification. The small blunt hook reduces risk of iris pigment loss, and the round knurled handle gives steady fingertip control across long phaco sequences.
The Knolle needle holder is a fine instrument featuring 10mm gently curved jaws with a locking serrated flat handle, designed for secure needle positioning during extended ophthalmic suturing. The fine jaw geometry supports precise needle control in corneal and limbal closures. Extended 144mm length enables reach across broader surgical fields.
This LASIK aspirating speculum features six aspirating holes per blade arrayed across 62mm × 11mm blade surfaces. The ports maintain consistent ocular suction and provide hemostasis during flap creation and excimer ablation. Stainless steel construction ensures reliable reprocessing between refractive procedures.
Kraff's capsule polishing curette removes lens epithelial cell remnants after capsulorhexis with gentle, irrigating precision. The 25-gauge 1.75mm cup features semi-sharp edges that debride the capsular bag without excessive force, while the center port delivers irrigant simultaneously to maintain clarity and reduce trauma. Its 28mm working length ensures proper access in anterior chamber work.
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 Kratz cystotome delivers angled 19‑gauge access for anterior capsulotomy initiation. The fine needle profile permits controlled puncture of the anterior lens capsule while minimizing collateral corneal trauma. The 17mm working length (excluding hub) provides stable positioning at the limbus during capsulorhexis setup.
These Kratz lens‑holding forceps feature a curved geometry with very delicate narrow jaws designed for secure apposition of intraocular lenses during insertion and positioning. The three‑hole handle provides ergonomic grip control during fine lens manipulation. The atraumatic jaw design prevents lens edge chipping or contamination.
The Kratz-Barraquer aspirating speculum combines eyelid retraction with integrated suction capability for anterior segment surgery. This dual-function design allows simultaneous field exposure and fluid evacuation during cataract, corneal, and refractive procedures. The balanced geometry maintains chamber stability while removing irrigant overflow.
This large Kratz‑Barraquer aspirating wire speculum pairs U‑shaped open wire blades with an integrated suction channel, clearing irrigation fluid from the surgical field during cataract and anterior segment work. The 16mm blades hold a 15mm spread while the silicone tubing terminates in a luer‑lock adaptor for connection to vacuum lines. At 42mm overall, the stainless‑steel frame stays low against the brow.
Zonular fiber work and delicate iris manipulation require specialized geometry, and the Kuglen hook's distinctive clover?leaf tip (0.5 × 0.65mm) is designed for this. Its straight geometry and flat handle deliver controlled positioning of fragile structures during phacoemulsification and anterior chamber reconstruction. This microsurgical pattern supports precision in zonular and iris work.
Designed for IOL positioning and iris manipulation, this Kuglen iris hook carries a 0.5mm K‑shaped tip on a straight titanium shaft, with a round grooved handle and 117mm overall length. The K‑hook geometry lets the surgeon catch the pupillary margin or lens haptic without slippage. Titanium construction combines rigidity with corrosion resistance over many cases.
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.