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These Style Inamura capsulorhexis forceps incorporate very delicate long tapered shanks and a three‑hole spring handle to improve rhexis edge control during capsular engagement.
Features & Benefits
Angled 45 degrees with 8.5mm platforms and a 13mm bend‑to‑tip distance, these Utrata‑pattern capsulorhexis forceps support continuous curvilinear tearing under the microscope. The titanium construction combines rigidity with corrosion resistance over many cases, and the round handle gives smooth rotational control through the rhexis arc.
This Utrata capsulorhexis forceps features angled shafts optimized for clear corneal access during anterior capsular manipulation and continuous capsulorhexis.
The Utrata microincision cataract surgery capsulorhexis forceps features fine titanium tips optimized for precise continuous circular capsulorhexis during minimal incision cases. The 1.8mm design suits 1.8mm microincision architecture, and the ultrafine grasping tips control capsular tissue without shredding or variable diameter.
The V‑shape cannula features a 2 × 2mm V‑profile working tip on a 25ga 22mm shaft for diffuse irrigation and gentle tissue separation. The V geometry spreads fluid laterally rather than jetting forward, supporting hydrodissection while limiting capsular stress. Supplied sterile in single packages with a 10‑unit minimum.
The Vann‑Mendez degree gauge combines titanium construction with corneal fixation teeth for measuring and marking the cornea during refractive keratotomy and limbal relaxing incisions. The teeth grip the corneal surface during measurement while the gauge marks track topographic axis. Titanium build ensures lasting performance across high‑volume refractive practices.
Vannas capsulotomy scissors are engineered for controlled anterior capsule opening and polishing during cataract extraction. The forward‑angled geometry orients the blade tips toward the capsule while keeping the shaft clear of the visual axis. Sharp tips and 6mm blade width support precise capsular cuts, while the serrated handle ensures secure grip during delicate intraocular work.
The angled Vannas capsulotomy scissors deliver sharp tips with 6mm blade length and 9mm mid‑screw measurement, engineered for anterior capsule and posterior capsule opening during phacoemulsification. The angled geometry improves visibility into the anterior chamber during capsulorhexis and YAG capsulotomy work. Sharp tips create clean, controlled incisions through capsular membrane without irregular tears.
The Vannas capsulotomy scissors are engineered for anterior and posterior capsular manipulation during phacoemulsification and YAG laser-assisted cataract surgery. The curved geometry with blunt tips prevents unintended capsular perforation, while the 6mm blades and 84mm overall length support precise dissection within the limited anterior chamber space. The serrated handle provides tactile feedback.
Vannas capsulotomy scissors complete anterior capsule openings, vitreous strand division, and pupillary membrane work through small clear‑corneal incisions. The 6mm curved sharp blades and 9mm mid‑screw‑to‑tip segment reach the anterior capsule with fingertip closure, and a serrated handle keeps grip secure across the compact 80mm length. The short overall profile suits microsurgical control through paracentesis entry.
The straight Vannas capsulotomy scissors provide sharp tips on a straight shaft with 6mm blade length and 9mm mid‑screw measurement for direct anterior capsule access. The straight blade profile enables fine, controlled incisions through capsulorhexis edges and posterior capsule membrane during phaco and secondary IOL work. Serrated handle ensures reliable grip during delicate capsulotomy.
These angled Vannas scissors are engineered for precision dissection of corneal scarring, pterygium bases, and conjunctival membranes at the limbus. The 6mm blade length provides fine cutting edges while the angled-forward geometry optimizes visibility and access. At 76mm, the compact profile supports exceptional microsurgical control.
Modified cutting approaches for anterior chamber and angle dissection are enabled by the Vannas angled forward scissors configuration. The extra?thin 7mm tips and 10mm working length support controlled cutting along complex corneal and iris margins. Its 114mm three?hole handle delivers stable, ergonomic positioning throughout dissection.
These Vannas scissors feature curved extra‑thin tips with a 10mm blade length and a 13mm mid‑screw‑to‑tip configuration. The three‑hole handle enhances grip security for fine‑tissue microdissection.
The Vannas scissors in its standard curved configuration features extra?thin 7mm tips for microsurgical dissection in confined anterior chamber and angle spaces. The 10mm mid?screw to tip measurement and 114mm three?hole handle support sensitive, controlled cutting during complex corneal and iris procedures.
The Vannas scissors deliver precision microdissection in anterior segment procedures with their curved sharp-tipped blades and 5mm cutting edge. The 10mm working distance from mid-screw to blade tip supports access to deep conjunctival and capsular planes. The serrated handle and 83mm overall length provide excellent control during fine dissection work in confined surgical fields.
Vannas scissors angled to the side carry a 6mm sharp blade for fine cuts at the iris, anterior capsule, and corneal limbus. The side‑angle geometry approaches the working plane without obstructing the visual axis, and the 78mm length keeps the surgeon's hand clear of the microscope barrel.
The Vannas scissors represent a precision microsurgical tool for ophthalmic tissue dissection and capsular work. Its extra‑thin 10mm blades deliver fine cutting edges ideal for the delicate anterior segment environment, while the straight geometry and three‑hole handle provide superior tactile control during intricate capsulorhexis, synechiae lysis, or membranectomy. The 114mm overall length balances reach with maneuverability in confined surgical spaces.
The Vannas scissors deliver extra‑thin straight blades engineered for fine anterior segment microdissection, including capsulotomy revision and iridotomy work. A 7mm blade length and 10mm mid‑screw‑to‑tip distance keep the cutting surface compact for precise tip placement. The three‑hole handle preserves tactile feedback for incremental snips.
Vannas scissors are a microsurgical mainstay, and this straight sharp‑tipped model carries 5mm blades with a 10mm mid‑screw‑to‑tip working length for precise capsule and suture cuts. The serrated handle supports controlled spring action between the fingers, and the compact 83mm frame keeps the instrument balanced in the hand during fine work.
These straight Vannas scissors are designed for fine ophthalmic microdissection, particularly suited to anterior segment work. The sharp 6mm blades deliver clean, controllable cuts through delicate ocular tissues, while the flat handle provides secure purchase during sustained microsurgical procedures. Built for consistent reprocessing across repeat clinical use.
Varley‑Greene femtosecond wire eye speculum with open K‑wire blades, configured for laser‑assisted ocular procedures. The 15mm blades and 45mm spread give wide exposure while the open wire profile clears the femtosecond interface. The compact 65mm length keeps the speculum out of the docking path.
This Verges phaco chopper is titanium, ambidextrous, with a semi‑curved centered interior cutting edge and a 0.4mm olive‑shaped tip. The 12mm angled bend supports nucleus segmentation during phacoemulsification.
This vertical retinal scissor in titanium with a 25‑gauge configuration and 0.5mm blade length enables precise vitreous membrane and tractional tissue dissection during vitreoretinal surgery. The straight geometry provides direct visualization and control during delicate retinal manipulation. Titanium construction combines corrosion resistance with lasting edge sharpness.
This vertical safety �hoe� quick chopper is titanium, double‑ended, with a perpendicular cutting edge and an angled Connor wand end. The configuration supports safe vertical chop initiation with enhanced control.
Double‑armed and angled with eight irrigating ports, the Vidaurri LASIK cannula is shaped for thorough flap interface irrigation after excimer ablation. The horizontal arms each measure 12mm, distributing balanced salt solution evenly across the stromal bed during 25ga irrigation.
This Vidaurri LASIK cannula uses a 25ga angled double‑armed configuration with eight irrigating ports. The vertically oriented dual arms, each 12mm long, support distributed sub‑flap irrigation within a controlled 25mm working length.
This viscoelastic aspirating cannula is purpose‑built for controlled removal of ophthalmic viscosurgical devices from the anterior chamber at the end of cataract or refractive surgery. The 22ga gauge, 10mm bend‑to‑tip distance, and angled configuration allow efficient cortical and chamber cleanup without incision enlargement.
Sized for viscoelastic injection and Healon aspiration, this 21‑gauge cannula carries a 50‑degree bend at 5mm from the tip and a flattened working end to direct flow along the capsule plane. The 29mm working length reaches the anterior chamber through a standard paracentesis, and the dull finish suppresses reflection during fine microscope work.