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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.
Features & Benefits
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.
This straight‑end knot pusher is engineered to drive knot ends flat against tissue during laparoscopic or open knot‑tying sequences. The 5mm‑wide flat head distributes force evenly without pinching suture material. At 330mm overall length, it provides reach from the surgeon's hand to knots at the depth of open or minimally‑invasive incisions.
This open-end knot pusher at 5mm width delivers direct endoknot advancement without blade obstruction during laparoscopic and open-abdominal tying. The 450mm extended length permits ergonomic hand positioning outside the incision while maintaining tactile pressure transmission to the knot. Stainless steel resists corrosion across routine sterilization.
The Knowles finger bandage scissors feature side‑angled blades with a serrated lower edge and ball tip for controlled bandage and dressing removal around fingers and digits. The serration prevents slipping while the ball tip protects underlying tissue. At 5�" (140mm), the compact length suits hand and finger work.
The Kocher forceps delivers powerful tissue clamping and hemostasis through its 1 × 2 interlocking tooth pattern, ideal for grasping dense structures such as fascia, periosteum, and vascular bundles. The curved 140mm shaft provides ergonomic approach while maintaining secure grip without tissue crushing.
This curved Kocher forceps delivers reliable hemostasis and tissue retraction across general and abdominal surgical procedures. The curved blade design improves visibility while the ratcheted locking mechanism maintains secure hold on tissue clamps and hemostatic bundles. The 140mm length provides balanced reach and control.
The Kocher intestinal forceps represents a robust, long‑reach clamping tool for securing bowel, mesentery, or tough peritoneal tissue during general surgical exposure. Its extended 280mm length permits access to deep abdominal structures while the firm jaws maintain reliable hold without slipping. The straight profile supports control during intestinal packing or retraction.
The Kolbel glenoid lever combines a double-ended design with sharp-pointed teeth and a U-shaped hook to engage the glenoid fossa during shoulder surgery. The 15mm-wide tooth profile provides stable purchase on articular bone, while the curved 26mm hook supports periosteal layer retraction. At 300mm overall length, this instrument reaches deep into the joint capsule while maintaining excellent visibility.
The Kogan endocervical speculum is a narrow-gauge instrument with 6mm blades and ratcheted locking mechanism for stable visualization of endocervical pathology during colposcopy and minor surgical procedures. The small blade geometry allows access to tight cervical canal anatomy. Gold-plated ring handle improves grip security and enhances visibility of the narrow 6mm operative field during tissue examination and ablation.
The Kolbel glenoid retractor at 23mm with a single prong on a 300mm body provides hands‑free retraction during open shoulder cases. The single sharp prong anchors into the glenoid rim or capsular surface, and the long body keeps the handle clear of the operative field.
This individual Kolbel retractor blade at 20 × 20mm is the most compact blade in the Kolbel range, sized for the smallest shoulder fields where the blade must stay close to the joint. Sold separately for replacement or addition to existing Kolbel retractor frames.
A Kolbel retractor blade in 36 × 20mm format provides a modular shoulder retraction surface that mounts into the Kolbel shoulder frame for glenohumeral exposure. The compact dimensions suit a focused window onto the joint capsule and rotator interval. Stainless‑steel construction tolerates the lateral retraction loads of shoulder arthroplasty.
The Kolbel retractor blade is designed for controlled exposure of bone and soft-tissue planes during orthopedic procedures. Its 36 × 36mm face provides adequate coverage for moderate surgical fields while remaining compact enough for precise positioning. Stainless steel construction supports reliable reprocessing across repeat cases.
This individual Kolbel retractor blade at 53 × 20mm is sold separately for replacement or addition to existing Kolbel self‑retaining retractor frames, used in shoulder and upper‑extremity exposure. The 20mm narrow blade preserves visualization through the working face.
This larger Kolbel retractor blade extends coverage to 53 × 36mm, accommodating broader surgical fields while maintaining handling control. The extended dimensions allow surgeons to retract fascia and periosteal flaps with single-blade positioning. Reusable stainless steel design ensures consistent performance through multiple surgical cases.
This individual Kolbel retractor blade at 68 × 20mm scales up the 53mm version for deeper shoulder and upper‑extremity self‑retaining exposure. Sold separately to replace or supplement existing Kolbel retractor frames, the 20mm narrow profile preserves visualization through the working face.
The individual Kolbel retractor blade at 85 × 20mm reaches the deepest of the standard 20mm‑wide blade options, sold separately for replacement or addition to existing Kolbel self‑retaining retractor frames. The 20mm narrow profile preserves visualization through deep shoulder exposure.
The Kos crimper forceps employs a crimping mechanism scaled for fine-model otologic work, with an 82mm working length suitable for tympanic and stapes manipulations. The crimping action secures or shapes ossicular bone during tympanoplasty.
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.
The Krayenbuehl nerve hook's ball tip minimizes risk of traction injury when mobilizing delicate cranial nerves and nerve roots during skull base and spinal surgery. At 184mm with a straight geometry, it provides excellent reach and control during brainstem manipulation and dural opening. The rounded tip distributes load across a wider surface, protecting the epineurium and axonal architecture.
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.
The Kuhn‑Bolger giraffe biopsy forceps (sinus vertical) delivers a 3mm spoon tip at a 55 degrees angled shaft, permitting vertical jaw closure for paranasal sinus and septal biopsies during functional endoscopic sinus surgery (FESS). The double‑action vertical jaw geometry provides tissue engagement without impingement on surrounding sinus mucosa. A 120mm working length supports access to maxillary, ethmoid, and anterior sphenoid lesions.