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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.
Features & Benefits
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.
Open 14mm blades and an 18mm spread make this Kratz‑Barraquer speculum a workhorse for phaco and anterior segment cases. The open wire geometry keeps the field unobstructed for the microscope, and the dull finish limits reflection. The compact 41mm body sits clear of the surgeon's hands at the limbus.
The Kratz‑Barraquer speculum combines open 14mm wire blades with a heavy 1mm wire gauge and 18mm spread, balancing visualization with the structural rigidity needed for sustained retraction during phacoemulsification and other anterior segment work. The heavier wire holds the blade form during long cases without flex, and the open design preserves a clear corneal view.
The Kratz-Barraquer open-blade wire speculum delivers anterior segment access with minimal field crowding. The 8mm blade opening accommodates delicate periorbital structures, while the 19mm spread provides adequate exposure for anterior chamber surgery. Its short 35mm length simplifies positioning and reduces instrument-to-field interference.
Titanium Kratz‑Barraquer eye speculum with anodized blue finish, 14mm open blades, and heavy 1mm wire construction for stable lid retraction during anterior segment work. The 18mm spread exposes the surgical field while the titanium frame keeps weight low on the orbit. Compact 41mm length stays below the microscope.
This Kratz‑Barraquer open‑wire lid speculum integrates lifting wings to elevate the lid margin for improved visibility. The 15mm round bar blades and 24mm spread provide generous exposure, while the dull finish reduces glare. The corrected 40mm length supports controlled, ergonomic handling.
Built from heavy wire stock, the large Kratz‑Barraquer speculum opens to a 19mm spread for full anterior segment exposure. The straight V‑shaped end and 16mm blade length support stable, atraumatic lid retraction during cataract and corneal procedures. The 37mm overall profile keeps the frame low on the orbit and clear of the surgical microscope's working distance.
Mirroring the right‑eye version, this Kratz‑Barraquer wire speculum is configured for the left eye with a solid 15mm blade on the right side and an open wire blade on the left, preserving the temporal field of view. The dull finish minimizes reflections from the operating microscope. The 41mm stainless‑steel frame stays low against the brow during anterior segment cases.
Configured for the right eye, this Kratz‑Barraquer wire speculum pairs one solid 15mm blade on the right with an open wire blade on the left, holding the lids apart while keeping the temporal field clear of metal. The dull finish suppresses glare under coaxial microscope illumination. At 41mm overall, the compact stainless‑steel frame sits flat against the brow without crowding the surgical approach.
Large Kratz‑Barraquer wire speculum with a V‑shaped end slanted sharply upward, designed to lift the superior lid clear of the field. The 14mm open wire blades and 15mm spread expose the anterior segment while the wire profile keeps weight off the globe. Compact 42mm length keeps the speculum below the microscope optics.
These Kremer corneal fixation forceps use angled shafts with 0.12mm 1×2 teeth and a U‑shaped jaw spread of 13mm. The thumb‑release lock secures fixation during centration and arcuate incision alignment.
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.
This clover‑leaf Kuglen hook presents a straight profile with a unique 0.5×0.65mm tip designed for multi‑point iris engagement. The round handle ensures consistent rotational feel, supporting precise iris sweeping and centration maneuvers.
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 Kuglen iris hook lens manipulator's 0.5mm K-hook with straight shaft enables precise iris and nuclear manipulation during cataract surgery. The distinctive K-hook geometry supports reliable nucleus engagement and positioning throughout phacoemulsification.
The Kuglen iris hook lens manipulator features a 0.5mm K‑hook on an angled shaft, sized at 117mm overall, with a smooth flat handle and dull finish to reduce intraoperative reflection under microscope light. The angled geometry brings the hook beneath the pupillary margin without obscuring the surgeon's view.
Kuglen iris hooks pull and push iris tissue during cataract surgery � engaging the pupil margin to enlarge a small pupil or sweep the iris away from instrument paths. This angled push‑pull model carries a 1mm tip with a 10mm bend‑to‑tip reach, and the smooth flat handle keeps the working profile low through the main incision.
This angled Kuglen iris hook features a push-pull model that gently retract and stabilizes the iris during anterior-segment procedures. The 1mm sharp tip and 10mm reach enable precise pupillary engagement without penetrating tissue. The round knurled handle ensures stable control during delicate iris repositioning.
The Kuglen iris hook features a clover‑leaf tip set 10mm from the bend, giving the surgeon two working surfaces for both pushing and pulling iris tissue. A smooth flat handle supports stable rotation during pupil stretching maneuvers, and the 115mm overall length keeps the hand comfortably positioned above the orbit. The straight shaft preserves a clear view to the iris plane.
The Kuglen iris hook features a clover‑leaf tip on a 20mm straight shaft, useful for retracting a small pupil, manipulating the iris, and engaging an IOL haptic. The clover geometry provides multiple purchase angles in a single tip, and the smooth flat handle resists rolling on the drape. At 117mm, the instrument suits standard anterior segment access.