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The Kellan hydrodelineation needle delivers balanced salt solution into the cortex to separate the epinucleus from the endonucleus during cataract surgery. Its 27ga curved 22mm shaft reaches past the capsulorhexis edge for controlled fluid wave propagation along the cortical cleavage plane, supporting cleaner nuclear segmentation.
Features & Benefits
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.
The Kellan hydrodissection cannula is a 25-gauge instrument with a distinctive flattened blunt tip, engineered to deliver controlled cortical-hydrodissection waves beneath the anterior lens capsule during cataract surgery. The blunt flattened geometry distributes fluid pressure evenly, reducing capsular stress during cortical-nucleus separation. Its compact 43mm length permits stable fluid delivery through the phaco incision.
The Kellan hydrodissection cannula delivers controlled fluid separation of the cortex from the posterior and equatorial capsule during phacoemulsification. Its gently curved 25ga shaft with flattened blunt tip minimizes capsular stress, enabling safe cortical-capsular dissection. The fine gauge supports smooth entry through small self-sealing incisions.
The Kellan hydrodissection cannula combines a 27ga lumen with a curved shaft on a 22mm (7/8 inch) working length, directing a precise fluid wave beneath the anterior capsule. The curvature follows the capsular contour to deliver balanced salt solution at the equator, supporting clean cortical cleavage. The fine gauge minimizes wound distortion and chamber turbulence.
Built at 27 gauge with a curved 22mm working length, the Kellan hydrodissection cannula delivers a controlled fluid wave beneath the anterior capsule during cataract surgery. The curved tip directs flow tangentially along the capsular surface, separating cortex from capsule without high‑pressure jetting.
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 Kelly Descemet membrane punch is a specialized squeeze‑action instrument for controlled, full‑thickness excision of Descemet's membrane during deep anterior lamellar keratoplasty (DALK) and membrane rupture repair. Its serrated squeeze action handle locks the membrane tissue securely before cutting, minimizing perforation risk. The 130mm overall length provides extended reach while maintaining precise tactile 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 knife features a sharp 22ga profile with a 20mm working length for controlled anterior capsule puncture and tear initiation during capsulotomy.
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 Cystotome is engineered for precise anterior capsular penetration during cataract surgery capsulorhexis initiation. Its 24ga gauge provides fine penetrating capability while the sharp tip enables controlled entry into the anterior capsule with minimal trauma. At 28mm excluding the hub, it maintains excellent visibility and control during the critical first step of the capsulorhexis maneuver.
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 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.
This Kershner reversible speculum is titanium with short arms and 14mm solid blades for stable periocular retraction. The reversible profile supports use across varied eyelid anatomies.
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.
This Keuch small‑pupil dilator features a guarded 6mm shaft with a 0.7mm working diameter designed to gently enlarge miotic pupils. The guarded profile enhances safety by limiting excessive penetration.
This Khan‑Jaeger lid plate offers two working ends sized for differing pediatric and adult lid contours. The concave geometry seats against the inner lid surface to protect the globe during chalazion incision, lash work, and eyelid procedures. A 20mm blade on one end and 23mm blade on the other extend versatility across case types.
The Khan‑Jaeger double‑ended insulated lid plate combines two 20mm blades in a single ergonomic instrument suited to blepharoplasty and periocular procedures. Electrical insulation permits controlled cautery during lid dissection without corneal or conjunctival risk. The ergonomic design reduces hand switching during extended cases.
Kimura platinum spatulas use a 4 × 17.5mm flat platinum tip for collecting corneal and conjunctival scrapings during microbial or cytologic sampling. The platinum surface stays inert against culture media and flame‑sterilizes between specimens. A 34mm shaft and serrated flat handle keep the working tip steady during gentle scraping passes.
The Kimura platinum spatula delivers superior tissue-separation and lens manipulation with its 4 × 17.5mm platinum working blade mounted on a stainless steel shaft. The 34mm length and smooth flat handle provide excellent control during DSAEK, DMEK, and anterior capsular work. Platinum composition resists adhesion and offers superior visibility, while the polished finish minimizes glare.
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.
Combining a 5 × 10mm wire loop with a 10mm muscle hook, this Kirby expressor delivers two complementary maneuvers on one handle. The loop end supports lens expression and nuclear delivery, while the hook end isolates extraocular muscle bellies during strabismus work. A round knurled handle maintains rotational grip during fine manipulation.
The Kirby intra‑capsular lens loop retrieves nucleus and lens material through relatively large incisions using four‑point capsular fixation. The round knurled handle grants secure grip control, and the polished finish supports reliable handling across routine cataract extraction cases. The malleable wire and spherical loop geometry permit gentle tissue contact.