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The Seibel vertical safety quick chopper employs right‑hand dominant geometry for left‑hand intraocular manipulation during phacoemulsification. Its vertical blade orientation and quick‑strike mechanism enable predictable nuclear subdivision with minimal chamber turbulence. The stainless steel construction and safety design support reliable performance across high‑volume cases.
Features & Benefits
German #3C jeweler forceps in this configuration deliver extra‑fine pointed tips at 0.17mm for the most delicate retrieval and suture handling under the microscope. A smooth flat handle improves finger purchase, and the matte finish on the 110mm body cuts glare during illuminated work.
This Mueller-Putterman muscle clamp in titanium addresses blepharoptosis and conjunctival resection with enhanced corrosion resistance. The 24mm concaved jaw head and 6-pin configuration provide increased clamping surface for secure muscle and conjunctival control. Four interlocking grooves distribute force evenly across the tissue, while the 95mm length facilitates precise positioning.
This left-hand Nagahara nucleus chopper is engineered for contralateral phaco-emulsification approach during cataract extraction. The 1.25mm inner tip diameter and 1.75mm outer tip width deliver dual-surface cutting, while the 60-degree blade offset creates optimal chopping angle. The 10mm bend-to-tip distance and round handle support controlled nucleus fragmentation.
This Connor wand ball manipulator pairs an angled shaft with a ball-tip working end for atraumatic IOL haptic engagement and nucleus rotation. The 115mm overall length keeps the tip balanced through small phaco incisions, and the rounded contact surface minimizes endothelial or capsular trauma.
Harms‑Colibri forceps combine 0.12mm 1 × 2 teeth with tying platforms behind the tips, letting the surgeon grasp and tie within the same instrument during corneal and conjunctival closure. The short handle with a 17 × 5.5mm finger‑grip cut‑out keeps the instrument lightweight and balanced. Overall length is 76mm.
The adult Lieberman speculum with Kratz‑round open‑wire blades is angled downward toward the temple, positioning the retracted lid clear of a temporal corneal incision during cataract surgery. The 15mm blades and adjustable mechanism let the surgeon tune spread to the patient's palpebral aperture, and the open wire preserves a clear corneal view.
These curved Stevens tenotomy scissors feature Super Cut edges with one serrated blade to grip tissue during dissection rather than slipping along it. Blunt tips protect adjacent structures during muscle, fascia, and conjunctival work, and the black ring handles identify the Super Cut edge for tray organization. The 115mm length supports controlled fingertip cutting.
Carrying a 25ga lumen with a 9mm bend, this anterior chamber cannula targets moderate‑depth irrigation and viscoelastic placement during cataract and corneal procedures. The shorter bend offers a balance between reach and entry control under small clear‑corneal incisions. The micro‑gauge shaft preserves chamber stability across use.
Suited for clear corneal tunnel dissection, this 2mm angled crescent blade carries a beveled‑up edge for graded lamellar work. The crescent geometry tunnels through the cornea in a controlled plane ahead of phaco entry, while the angled shaft preserves the surgeon's view of the cutting tip. Sold individually sterile with six per box.
Configured for 10‑0 suture handling, the McPherson tying forceps pair 18mm straight shafts with 5mm tying platforms that catch and wrap fine sutures at the cornea and limbus. The three‑hole handle keeps the 106mm titanium frame light in the surgeon's grip, and titanium construction combines rigidity with corrosion resistance over many cases.
Bent 45 degrees with 5mm from bend to tip, this 27‑gauge Rycroft air injection cannula delivers controlled bolus into the anterior chamber or beneath tissue planes during ophthalmic procedures. The angle preserves the surgeon's visual axis through the wound, and the 37mm overall length keeps the hub clear of the microscope.
The Connor‑Barraquer temporal approach lid speculum angles toward the temporal quadrant for optimal access during cataract and corneal procedures from the temporal side. Wire blades at 14mm width provide visibility without excess pressure, and the 45‑degree angled positioning aligns naturally with the surgeon's temporal working position. At 38mm overall length, the compact design permits unobstructed surgical access.
Swiss Jeweler #3 forceps carry extra‑fine 0.17mm pointed tips on straight shafts, sized for fine suture handling and membrane work in microsurgery. The smooth handle gives consistent fingertip feedback, and the dull finish keeps the field free of glare. Overall length is 120mm.
This air injection cannula 30ga with 45-degree angled shaft enables ergonomic access to the anterior chamber during ophthalmic procedures. The angled configuration supports controlled air injection for chamber reformation.
The Bechert‑McPherson angled tying forceps is designed for access to peripheral corneal wounds and suturing work in the lower visual field during anterior segment closure. Its 45‑degree angled shafts and 10mm tying platform provide optimal visualization and depth control, while the serrated handle ensures secure grip throughout extended closure procedures. The compact 83mm length suits delicate intraocular maneuvering.
This delicate straight Castroviejo needle holder emphasizes fine-jaw geometry optimized for 9-0 through 11-0 sutures in corneal and conjunctival repair. The lock mechanism eliminates spring action, reducing fatigue during extended fine-suture closure. A 15mm mid-screw-to-tip length and serrated spring handle provide stable closure geometry. 140mm overall length supports controlled reach in anterior segment microsurgery.
Straight Castroviejo needle holders with 12mm jaws and 18mm working length secure microsurgical needles through corneal and scleral suturing. The internal lock holds the needle steady between throws, freeing the surgeon to reposition the hand. A serrated spring handle delivers controlled compression at the fingertips.
Harms-Tubingen curved tying forceps provide reliable control during corneal and scleral suture placement and knot tying. The curved blade geometry conforms to corneal curvature and improves visibility of the operative field. A 7mm tying platform and serrated handle support secure grasp.
Designed to fix the globe during cataract and corneal procedures, these Moody forceps present curved 0.5mm shafts ending in a 1 × 2 tooth pattern that engages the conjunctiva or sclera without slipping. A through‑handle click lock holds the grasp during prolonged fixation, with a thumb release for quick disengagement. The solid serrated Castro handle reads at 108mm and stays steady under the microscope.
The Castroviejo caliper is a precision measurement instrument engineered for ophthalmic surgical planning and assessment. This titanium tool measures distances from 0 to 20mm in 1mm increments with dual-sided scale readings for rapid reference. A thumb-screw adjustment provides reliable locking.
This Lerner‑Croy capsulorhexis forceps combines fine angled cystotome tips with slight serrations to secure anterior lens capsule tissue during rhexis creation. The 11.5mm vaulted shank geometry optimizes approach angle while the round fenestrated handle distributes grip pressure across the palm. Designed for controlled, continuous capsular tear initiation and extension.
The Paufique suturing forceps is engineered for bimanual suture placement with 1 × 2 teeth set at 45‑degree angles. The 6mm tying platform supports stable needle positioning during interrupted or running suture techniques. Compact 87mm length and wide serrated handle deliver tactile control for delicate conjunctival and corneal wound closure.
The Lehner‑Utrata capsulorhexis forceps combines gently curved shaft geometry with Utrata‑like fine tips suited to precise continuous circular capsulorhexis across routine cataract cases. The gentle curve and fine tips enable controlled flap creation without variable diameter or tearing. Refined spring action supports consistent handling.
A lens loop style tip distinguishes the Flynn scleral depressor for indirect ophthalmoscopy and peripheral retinal examination. The loop spreads contact pressure across a wider footprint than a teardrop, giving controlled scleral indentation without point loading. The serrated flat handle and polished 80mm body support a steady rolling grip across the exam.
These cellulose eye spears absorb fluid and blood from the operative field during ophthalmic surgery, with 10 spears per pouch in 20 pouches per box (200 units total). The lint‑free cellulose surface lifts material without leaving fibers in the surgical field.
Featuring a 25ga lumen and an 8mm bend, this anterior chamber cannula offers a shorter reach for irrigation and viscoelastic placement near the incision plane. The compact bend suits work close to the corneal wound without overshooting into the posterior chamber. The micro‑gauge shaft preserves chamber stability.
This angled Sinskey iris and IOL hook delivers a blunt 0.2mm hook for delicate iris and lens implant manipulation. The angled geometry optimizes access to posterior capsule, IOL haptics, and pupillary borders during phacoemulsification and IOL placement. The serrated flat handle provides secure tactile control throughout complex anterior segment procedures.
The Seibel ambidextrous chopper is a precision lens nucleofragmentation instrument designed for bimanual phaco work. Its 0.5mm olive tip and curved interior cutting edge support efficient cortex and nuclear fragment separation. The angled 15mm working length allows controlled access from the main incision during phacoemulsification.
This tri‑port sub‑Tenon cannula delivers even anesthetic distribution into the posterior sub‑Tenon space during ophthalmic anesthesia. The 19 gauge curved shaft with tri‑port tip and 25mm working length aligns with scleral anatomy while the multiple ports ensure diffuse anesthetic spread without high‑pressure jetting. Sterile single‑use delivery provides consistent anesthetic coverage case‑to‑case.