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This universal Limbal Relaxing Incision (LRI) diamond knife is preset at 0.60mm depth for deeper arcuate corrections during astigmatism management alongside cataract surgery. The truncated blade geometry mirrors the 0.5mm variant � 1mm final width over 3mm length and 0.1mm thickness � and the deeper preset suits patients with greater corneal toricity. Black Gold Titanium J‑slot bayonet construction supports reproducible incision profiles across cases.
Features & Benefits
This universal trephine handle is engineered for use with disposable trephine blades during corneal procurement and transplantation. The round knurled handle supports secure grip and rotational control. Adjustable finger-like tips accommodate varying blade geometries and graft sizes.
The University of Kansas Colibri forceps features 2 × 2 interlocking teeth set at 45 degrees, creating a secure and symmetric grasp ideal for corneal and limbal tissue manipulation. The ultra‑fine 0.12mm tip profile combined with the 7mm tying platform enables precise control during capsulorhexis, IOL placement, and fine suturing at the limbus. The serrated handle provides reliable grip without slipping during prolonged phaco and anterior segment procedures.
University of Kansas corneal Colibri forceps integrate 0.25mm angled tips with 2×2 teeth set at 45 degrees and a 7mm tying platform for multi‑purpose wound construction. The serrated handle and 110mm length provide controlled reach during complex corneal grafting and suture management.
Enhanced visibility during capsulotomy and iris work is achieved by the Uribe?Stern style Vannas scissors with curved angled forward blades. Its extra?thin 10mm tips and 13mm mid?screw to tip distance support microsurgical precision in confined anterior chamber spaces. The 114mm three?hole handle supports comfortable control throughout the procedure.
The Urretts-Zavalia depressor-fixation pick combines globe stabilization with iris and conjunctival manipulation. Its triangular tip engages tissue securely, while the serrated flat handle distributes grip pressure evenly during prolonged cases. The sharp edge supports controlled tissue elevation and depression in anterior segment surgery without slipping or tissue crushing.
The Chang‑Seibel style quick chopper combines a C-shaped blunt tip with a modified microfinger handle geometry for controlled nucleus cracking. Titanium construction reduces instrument weight while maintaining rigidity for precise chopping mechanics. The grooved round handle enhances fingertip stability during dense nucleus manipulation.
Atraumatic cutting along capsular and iris planes in complex anterior segment work is the specialty of the Uthoff?Gills style Vannas scissors. Its curved angled forward blades with extra?thin blunt 10mm tips minimize perforation risk while maintaining cutting efficiency. The 114mm three?hole handle delivers sensitive control throughout the procedure.
Straight utility scissors with blunt tips handle suture, drape, and dressing work at the ophthalmic field without the precision blade profile of microsurgical patterns. The 25mm mid‑screw‑to‑tip segment supports general cutting tasks, and a ribbon‑style ring handle keeps profile slim. Two‑tone finish dampens reflection under operating microscope illumination.
Built for foreign‑body removal from the conjunctiva and adjacent ocular surface, this utility splinter forceps presents sharp straight tips that engage hair, cilia, or shallow splinters with controlled precision. The 89mm shaft sits comfortably between thumb and index finger, supporting the fine pinch action needed to lift small particles without crushing them. Reusable across the clinic workflow, the stainless construction tolerates routine sterilization.
Utrata capsulorhexis forceps are precision instruments for controlled and continuous capsular flap creation during cataract surgery. The 11mm extra thin shanks and extremely fine grasping tips allow delicate capture of the anterior lens capsule without radial tearing. Ergonomic fenestrated handle supports precise finger positioning and reduced fatigue during extended anterior chamber work.
The Utrata capsulorhexis forceps feature 12mm angled shafts with fine angled tips, iris stop, and thin flat handle, designed for precise anterior capsular flap creation and continuous curvilinear capsulorhexis during phacoemulsification. The fine tip geometry enables controlled capsular engagement, while the iris stop prevents posterior displacement during the flap creation. This 83mm instrument is essential for modern cataract surgery.
These Utrata capsulorhexis forceps deliver the controlled tearing motion that defines a continuous curvilinear capsulorhexis. The 12mm angled shafts approach the anterior capsule through the main wound while the fine angled tips grip the capsular flap with the light, definite hold a clean rhexis requires. The iris stop limits forward travel to protect the iris, and the short flat handle gives the surgeon fingertip feedback through every tear.
This final Utrata capsulorhexis forceps variant features extremely fine tips with 12mm angled geometry from bend to tip suited to delicate capsular flap creation in advanced microincision cases. The refined tip profile prevents capsular shredding while the angled configuration permits improved visibility and ergonomic control throughout the capsulorhexis maneuver.
These titanium Utrata capsulorhexis forceps incorporate extremely thin shafts with six laser lines at 1mm increments, an 11mm bend‑to‑tip distance, and triangular grasping tips. The round handle provides fine rotational feel.
This Utrata-pattern capsulorhexis forceps combines extra-delicate serrated tips with a vaulted shaft geometry designed to maintain anterior-chamber depth during capsulorhexis creation. The 13.5mm angled tip-to-bend distance supports stable entry through the phaco incision while the flat serrated handle provides secure fingertip purchase during continuous-curvilinear-capsulorhexis creation. The delicate tip pattern minimizes anterior-capsule tearing.
The fine Utrata capsulorhexis forceps provides secure grasping and controlled capsular incisions throughout continuous capsulorhexis. Angled shaft geometry improves approach angle and visualization during clear corneal capsulotomy. The flat handle delivers ergonomic stability for extended procedures.
The Utrata capsulorhexis forceps features fine angled tips with 12mm angled shafts suited to ergonomic capsule flap creation during routine cataract surgery. The iridium coating on the working tips enhances durability across repeated cases. The angled geometry permits improved visibility during precise continuous circular capsulorhexis without instrument repositioning.
The Utrata reverse‑tip capsulorhexis forceps modify the standard Utrata pattern to approach the capsule from alternate angles during anterior segment work. The reverse tip geometry improves access in tight quadrants or when standard orientation becomes constrained. Stainless‑steel construction supports reliable reprocessing in high‑volume surgical environments.
This Utrata capsulorhexis forceps delivers precision control for continuous curvilinear capsulorhexis during cataract surgery. The titanium construction ensures durability across repeated sterilization cycles and provides reliable edge retention through extensive clinical use.
This angled capsulorhexis forceps in titanium addresses challenging anterior capsule engagement in dense or brunescent cataracts. The 45-degree shaft angulation combined with 8.5mm platforms positions the tip optimally for continuous curvilinear capsulorhexis initiation. The flat square-grip handle and 114mm length provide secure control during delicate capsular entry.
The Utrata capsulorhexis forceps in titanium combine an angled 45-degree geometry with 8.5mm platforms designed for controlled continuous curvilinear capsulorhexis during cataract surgery. The 13mm bend-to-tip design enables precise capsular manipulation while the flat square grip handle supports stable, controlled grasping across the full 360-degree rhexis maneuver. Titanium construction provides rigidity and corrosion resistance across many cases.
These Masket‑style Utrata capsulorhexis forceps include vaulted ultra‑thin shafts with an 11mm bend‑to‑tip configuration and small bent triangular tips. The round knurled handle increases tactile grip.
This titanium Utrata capsulorhexis forceps combines an angled 102mm shaft with extremely thin construction and small bent tips for precision anterior capsule manipulation. The 11mm bend-to-tip geometry positions the working edges optimally beneath clear corneal incisions, enabling controlled continuous curvilinear capsulorhexis (CCC) without excessive traction on fine tissue. The round handle with longitudinal grooves supports confident grasp during the most critical phase of phacoemulsification.
These Utrata capsulorhexis forceps feature long thin shafts with an 11mm bend‑to‑tip configuration and small bent tips. The round handle with longitudinal grooves improves axial stability.
This Utrata capsulorhexis forceps combines titanium construction with an angled 11.5mm shaft and cystotome‑style tips for controlled continuous curvilinear capsulorhexis. The angled approach accommodates variable anterior chamber depth while the titanium platforms provide reliable platform grip without capsular slippage. The 115mm overall length with round handle supports precise bimanual control.
The Utrata capsulorhexis forceps with cystotome tips and sharp working edges deliver hybrid functionality during anterior capsule management in MICS and standard phacoemulsification. The sharp edges initiate and guide the rhexis, while the cystotome‑style tips provide secure purchase during continuous capsule tearing. Titanium construction and round handle improve control in micro‑incision workflows.
Designed for anterior capsular work during phacoemulsification, this Utrata capsulorhexis forceps combines fine tip geometry with optimized shaft orientation for superior visualization. Angled shaft geometry improves approach angle and visualization during clear corneal capsulotomy. Titanium construction combines exceptional rigidity with superior corrosion resistance for lasting durability across many surgical cases. The flat handle delivers ergonomic stability for extended procedures.
The Utrata capsulorhexis forceps in titanium combines sharp pointed serrated tips with a 13mm bend‑to‑tip geometry that positions the working tips precisely for incisions down to 2.2mm. The vaulted tips and long ergonomic 8mm round handle reduce fatigue during dense nucleus work, while laser marks at 2.5mm and 5mm guide capsulorhexis diameter. Titanium construction provides corrosion resistance and lasting edge.
Utrata capsulorhexis forceps deliver precision control during anterior capsule management. This titanium‑built version features a 2‑hole flat handle that provides secure fingertip access at 111mm overall length. The straight, delicate tips enable continuous, curvilinear capsule tearing without excessive force, supporting clean IOL implantation preparation.