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The Koch phaco chopper is engineered from titanium for controlled nuclear manipulation during phacoemulsification. This tool delivers the force necessary to divide the lens nucleus into manageable segments. Titanium construction ensures reliability and precision across repeated cases.
Features & Benefits
Designed to enter a side‑port stab incision during phacoemulsification, the Koch spatula carries a broad duckbill tip that supports nucleus rotation and second‑instrument manipulation. The round knurled handle gives reliable rotational feedback, and the 117mm overall length keeps the working tip in clear microscope view.
The Koch phacoemulsification spatula enters cleanly through a side‑port stab incision with its distinctive duckbill geometry and broad, rounded tip. This design supports nucleus manipulation and fragment positioning without corneal pressure, essential in densely‑sclerotic cataract cases. The curved shaft and knurled handle enhance tactile feedback during delicate maneuvers.
The Koch spatula/Nagahara chopper is a double-ended instrument combining two distinct nucleus-fragmenting profiles for phacoemulsification. The Koch spatula end features a 0.8mm duckbill-shaped tip for gentle subcapsular dissection, while the Nagahara chopper end provides 1mm cutting edge at 60 degrees for controlled nuclear division. The 126mm shaft and round knurled handle support sustained grip during extended cases.
The Koch Stop Chop manipulator is engineered for crater-sculpting and nuclear fragment mobilization during phacoemulsification. Its angled 1.5mm shaft allows the surgeon to place the tip deep within the nucleus while maintaining clear visualization and phaco-hand position. The compact design supports efficient chopping sequences with minimal anterior chamber disturbance.
The Koch stop chop manipulator executes the signature divide‑and‑conquer technique with precision across the anterior chamber. The 1.5mm fine tip achieves rapid, controlled nucleofragment division while the angled shaft and round handle maintain ergonomic control even in narrow fields. This short 70mm design supports rapid chopping cycles.
This Koch‑Minami phaco chopper incorporates a 0.5mm olive‑shaped tip with an 11mm bend‑to‑tip distance and a round stainless steel handle for controlled phaco manipulation.
This double-ended Koch‑Nagahara chopper and duckbill spatula integrates a 1mm angled cutting wedge on one end and a rounded, curved 0.8mm spatula on the other. It supports both nucleus chopping and lens manipulation in a single instrument.
The Koeppe diagnostic gonioscopy lens in extra small (12mm) size provides angle visualization in pediatric and narrow anterior chamber patients. The glass optics deliver clear magnified views of the trabecular meshwork and angle structures. Its compact size minimizes patient discomfort during examination.
The Koeppe diagnostic gonioscopy lens in large size (19mm) supports angle examination and therapy in standard and wide anterior chamber patients. The glass optics provide stable magnified visualization of the entire angle during gonioscopy. Its reusable design supports frequent clinical and operative use.
The Koshima micro Vannas scissors combine straight geometry with extra-delicate 14.5mm blades for ultra-fine microsurgical dissection in ophthalmic and reconstructive cases. The ultra-fine pattern minimizes tissue trauma while delivering precise cutting control. Stainless steel edges support repeated use and sterilization.
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 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.
The Kraff nasal adjustable speculum positions on the nasal side of the eye, holding the lids open while clearing the temporal field for the surgeon's working hand during clear‑corneal cataract surgery. The 14mm solid blades give firm retraction, and the adjustable mechanism lets the surgeon dial in lid tension before docking the case.
This Kraff temple adjustable speculum offers surgical flexibility for varying eyelid anatomy while maintaining the stability surgeons expect from the Kraff geometry. The 14mm solid blades accommodate standard anterior chamber access, and the adjustable mechanism permits field customization during phacoemulsification or refractive procedures. The 30mm spread provides adequate working room.
The Kraff temple speculum is a workhorse design for phacoemulsification and routine anterior segment surgery. The 14mm solid blades provide ample space for phaco handpiece and IOL implantation, while the compact 60mm length allows stable positioning. The non-adjustable jaw configuration ensures consistency across repeated cases.
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.
Sized for pediatric anterior segment work, this Kratz‑Barraquer speculum uses 5mm open‑wire blades and a wing‑tip twist mechanism to retract small lids without crowding the field. The 16mm spread suits infant and toddler orbits, and the 26mm overall length keeps the frame low on the brow. The open‑wire blades remain atraumatic against thin pediatric tissue.
The Kratz capsule scraper's 23ga polished design with angled 1mm paddle enables precise capsular manipulation during phacoemulsification. The polished finish supports smooth gliding across capsular surfaces while the delicate paddle geometry protects against capsular rupture.
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.
This Kratz scratcher uses a 22ga sandblasted shaft with a short 20mm overall length for controlled anterior capsule scoring. The textured finish enhances friction at the working tip.
Built for smaller orbits, the Kratz‑Barr small speculum carries straight 12mm blades and a V‑shaped end with a 16mm spread. The compact 31mm frame holds clearance for instruments while delivering focused lid retraction during shallow anterior segment work.
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.
Gold‑plated for high visibility against drape and tissue, this Kratz‑Barraquer speculum carries open 14mm wire blades on a heavy 1mm wire frame. The 18mm spread opens the fissure for phaco and anterior segment work, while the dull finish limits microscope reflection. The compact 41mm body keeps the speculum clear of the surgeon's hands at the temporal approach.
Open 10mm blades define this Kratz‑Barraquer eye speculum, opening the palpebral fissure 19mm for cataract and anterior segment work. The dull finish on the 36mm compact frame cuts glare under the operating microscope without sacrificing visibility.