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Built for posterior takedown during cervical microdiscectomy, this Karlin-style curette carries a size 0 (3mm) backwards-facing cup on a straight XL shaft for engaging disc fragments and posterior longitudinal ligament from behind the working corridor. The 104mm working length within a 240mm overall reach allows the offset aluminum handle to sit off-axis, preserving the surgeon's view through the microscope. The aluminum handle pairs low mass with corrosion resistance for repeated case use.
Features & Benefits
The Karlin‑style microdiscectomy cervical curette carries a Size 00 (2.7mm) backwards‑facing cup on a straight shaft with an offset aluminum handle, sized for posterior cervical disc debridement under microscope or loupe magnification. The 104mm working length and 240mm overall length suit standard microdiscectomy access.
Karlin‑style microdiscectomy cervical curette, size 00 (2.7mm), with a forward‑facing cup on a straight XL shaft. The 2.7mm cup steps up bite volume for endplate preparation and disc removal under tubular access, while the 104mm working length and offset aluminum handle preserve sight lines and reduce arm fatigue. Stainless steel cup construction tolerates repeat sterilization between cases.
Karlin‑style microdiscectomy cervical curette in size 000 (2.4mm) pairs a forward‑facing cup with a straight XL shaft for cervical disc and endplate work. The 2.4mm cup sits between the 1.6mm and 2.7mm sizes for graded volume removal, and the 104mm working length reaches through tubular retractors comfortably. Offset aluminum handle keeps the instrument light during prolonged microscope‑guided use.
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 Kaye dissecting scissors enable fine tissue planes during pharyngeal and laryngeal surgery. The curved fine beveled blades support controlled cutting along anatomical contours, while serrated lower blade maintains reliable tissue grip. Ribbon style ring handles and 115mm length support precision work in confined spaces.
Kaye dissecting scissors deliver super-cut serrated edges in a compact curved format ideal for fine dissection in confined facial and breast surgical fields. The 108mm short length supports precision cutting through subcutaneous tissue and fascial planes with minimal hand movement and optimal tactile control. Ring-handle design combined with serrated blade geometry enables reliable grip on tough tissue during delicate undermining of skin flaps.
The Kaye dissecting scissors employ tungsten carbide blades to support fine cutting through soft tissue planes encountered in plastic surgical exposure. The curved geometry enhances cutting efficiency when following anatomical contours during undermining and fascial release. Tungsten carbide construction provides superior edge retention across multiple cases and maintains sharpness during dissection of fibrous and subcutaneous layers.
These curved Kaye facelift scissors carry Super Cut serrated, double‑beveled blades for clean dissection through subcutaneous tissue planes during rhytidectomy. The curved geometry tracks the contour of the face during undermining, and the black ring handles maintain a positive grip across the long working span of a typical facelift case.
The Kaye facelift scissors feature a straight profile and serrated blade optimized for controlled dissection through subcutaneous planes and fascial layers during facial lifting procedures. The 140mm length supports precise tissue separation in areas requiring fine anatomical awareness, such as the musculoaponeurotic system and skin undermining zones. Serrated edges maintain reliable grip on elastin-rich tissues and preserve edge geometry over repeated cases.
The Kaye facelift scissors feature super cut beveled blades with semi‑sharp outer edges optimized for controlled cutting through skin and fascial layers during facial plastic procedures. The curved profile enhances cutting efficiency when following anatomical contours of the face and neck. Extended 152mm length supports reach into deeper surgical planes while preserving precise blade control.
The Kazanjian rongeur is a heavy-model instrument with box-lock closure and straight geometry, designed for robust mastoid and sinus bone removal. The 190mm length and heavy construction provide sustained cutting force during extended mastoidectomy.
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.
This Keith straight abdominal needle with triangular point delivers reliable suture passage through dense abdominal fascia and peritoneum. The 44mm length and triangular geometry create clean tissue penetration without excessive friability. The disposable design eliminates sterilization burden.
Keith straight abdominal needles are engineered for hand-driven penetration of deep or tough fascial planes without mechanical needle-driver assistance. The triangular point creates a wedge-shaped entry that compresses tissue rather than shearing it, preserving fascial integrity. At 51mm overall length, the extended shaft reaches deep closure layers in open abdominal surgery.
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.
Kelly fistula scissors combine a curved blade geometry optimized for fistula-tract trimming and wound edge debridement. The 159mm length accommodates deeper or recessed surgical fields while the straight curvature classification aligns with general fistula exposure protocols. The instrument's profile supports controlled cutting in constrained anatomy.
These straight Kelly hemostatic forceps clamp small vessels and tissue pedicles during routine hemostasis. The 140mm length puts the working tips at typical superficial dissection depth, and transverse serrations across the jaws hold ligatures and pedicles securely. Stainless‑steel construction endures repeat sterilization in everyday OR use.
Kelly retractor combines a right‑angle blade with a loop handle for one‑handed abdominal retraction at moderate depths. The 76mm blade width distributes retraction across a broad area, minimizing organ compression. Loop handle geometry reduces operator fatigue during extended procedures.
The Kelly retractor features a larger 38 × 50mm right‑angle blade designed for moderate‑depth abdominal retraction and appendectomy exposures. Its loop handle provides ergonomic grip during sustained hand‑held retraction. The angular geometry reaches around visceral structures without deep penetration.
Kelly scissors with angled blades offer curved cutting geometry for tissue dissection and suture trimming in general surgical fields. The 159mm length combined with ring handles provides balanced reach and control, while the robust construction supports demanding clinical use. Stainless-steel composition ensures reliability across sterilization cycles.
These curved Kelly scissors provide moderate‑depth dissection capability for general surgical procedures. The characteristic Kelly blade curvature improves visibility and cutting leverage beneath tissue folds and around anatomical contours. The 160mm length and ring‑handle design support reliable control during prolonged cases.
Curved Kelly scissors support smooth dissection along tissue planes and anatomical curves in general surgical repairs. The 178mm length delivers extended reach while the curved blade geometry reduces hand strain during prolonged procedures. Stainless-steel ring handles provide secure grip control.
These S-curved Kelly scissors deliver smooth, controlled cutting along tissue planes and anatomical contours. The 159mm length provides balanced reach in general surgical fields, while the S-curve geometry reduces stress on the surgeon's hand during extended use. Ring handles enable reliable grip control.
Straight Kelly scissors provide direct cutting action for tissue dissection and suture management in general surgical cases. The 178mm extended length improves reach in deeper operative planes, while the straight-blade design delivers predictable, controlled cuts. Ring-handle construction supports prolonged handling without fatigue.
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.