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Equipped with a silicone squeegee tip, this 23ga capsule polisher sweeps residual cortex and lens epithelial cells from the posterior capsule without abrasive contact. The slightly larger gauge supports irrigation alongside polishing, and the soft polymer surface follows the capsular curve for atraumatic cleanup.
Features & Benefits
Designed for LASIK irrigation and interface flushing, the Slade cannula features a 26ga formed shaft measuring 22mm. The pre‑formed contour reaches beneath the corneal flap to clear debris and hydrate the stromal bed without disturbing flap edges. Stainless steel construction holds the formed profile through repeated maneuvering.
Built with a double‑bevel cutting geometry, this 2.8mm angled phaco slit knife produces a self‑sealing main incision with reduced corneal distortion. The full handle gives steady control across the entry stroke, and the sterile single‑use format eliminates variability between cases.
This 27ga hydrodissection cannula features a flat‑bend tip with an 8mm working length, supporting controlled fluid delivery beneath the anterior capsule during cataract surgery. The flattened distal profile slides smoothly beneath the rim, distributing balanced salt solution to separate cortex from capsule. The fine gauge minimizes incision distortion and turbulence.
This long trephine cuts precise 11mm grafts for corneal transplantation and refractive keratoplasty procedures. The disposable format eliminates the variability of sharpness decline across multiple-use cycles, ensuring reproducible graft dimensions from case to case. Sold sterile in individual pouches for immediate deployment.
The 5mm green‑coded micro knife angled 15 degrees on a full handle creates side‑port and paracentesis incisions sized for the wider working faces of complex anterior segment cases. The full handle supports a stable single‑stroke entry, and color coding identifies the blade at a glance.
Carrying a 25ga lumen with a short 4mm bend‑to‑tip, this anterior chamber cannula is built for near‑incision irrigation and wound hydration after phacoemulsification. The intermediate gauge balances flow with atraumatic passage through small corneal wounds.
These sterile disposable bipolar cords at 12 feet (3660mm) connect bipolar forceps to the electrosurgical generator across a full OR layout. The 10‑per‑pouch individually wrapped sterile format supports clean case‑by‑case setup without reprocessing overhead.
This 9mm long trephine provides a precision cut for small corneal grafts and refractive tissue removal. As a disposable instrument, it maintains uniformly sharp cutting throughout the entire diameter, preventing the edge degradation and kerf widening that accumulate with reuse. Sterile pouch format enables efficient case setup.
This ultra‑fine 30ga anterior chamber cannula enables precise fluid delivery and micro‑irrigation in sensitive anterior chamber environments during phacoemulsification and corneal procedures. The 11mm bend‑to‑tip geometry provides extended reach without excessive manipulation, while the micro‑gauge lumen supports low‑pressure flow. Single‑use sterility guarantees consistent performance.
Angled at 60 degrees, this lamellar blade is configured for controlled stromal dissection during corneal lamellar work. The fixed bevel geometry supports a uniform plane through the lamellae, and the sterile presentation suits direct introduction to the operative field. Boxed in counts of six for rotation through scheduled cases.
This Simcoe cortex extractor combines a curved 23ga lumen with a specialized tip geometry for atraumatic cortical removal during cataract surgery. The standard curve supports access to the peripheral cortex, while the fine gauge minimizes chamber disturbance during aspiration. Sterile, single‑use delivery ensures consistent extraction quality.
This angled slit knife features a 3mm blade optimized for the anterior chamber access needed in corneal and cataract entry procedures. The angled geometry improves visualization and instrument approach angle during tight paracentesis and refractive incisions. Disposable single‑use design preserves blade sharpness for predictable incision creation.
At 5mm in diameter, this long trephine is packaged sterile for precision graft sizing in endothelial and posterior corneal work. The extended length provides the reach necessary for controlled positioning during DSAEK and DMEK recipient preparation. Single‑use design eliminates blade wear, supporting reproducible cutting geometry from case to case.
Measuring 10mm in diameter, this long trephine is supplied sterile in individual pouches for corneal transplantation and endothelial keratoplasty work. The extended length configuration provides controlled access to recipient corneas during DSAEK and DMEK button sizing. Single‑use sterile delivery ensures consistent blade sharpness and eliminates edge degradation from repeated reprocessing.
The Akahoshi hydrodissection cannula uses a curved 27ga shaft to direct fluid behind the anterior capsule and separate the lens cortex in a controlled wave. Its curvature follows the capsular bag, giving the surgeon a predictable approach for pre‑chop and quick‑chop phaco techniques. The fine gauge keeps incision distortion to a minimum.
Extending the bend to 11mm on a 20ga shaft, this anterior chamber cannula reaches the far chamber periphery while preserving high‑flow capability. The longer bend supports access behind the iris and across the chamber through a single corneal port. Stainless construction maintains rigidity through repositioning.
Built around a larger 20ga lumen, this anterior chamber cannula supports higher‑flow irrigation when rapid chamber refill is needed. The 7mm bend reaches across the chamber while the wider bore minimizes pressure loss through the shaft. Stainless tubing holds the angle through repeat manipulation.
Carrying a 21ga lumen with a 4mm bend‑to‑tip, this anterior chamber cannula is sized for moderate‑flow irrigation and short‑reach work just beneath the corneal incision. The shorter bend keeps the outlet close to the wound, suited to wound hydration and edge sealing after phacoemulsification.
This straight 22ga anterior chamber cannula is supplied in non‑sterile configuration for institutional preparation and bulk sterilization prior to use. The broader gauge supports adequate irrigation flow for hydrodissection and cortex management, while the 38mm overall length permits reliable anterior chamber access. Pre‑sterilization sizing accommodates various surgical workflows.
This straight anterior chamber cannula is sized for moderate irrigation flow during hydrodissection and cortex removal in routine cataract surgery. The 23ga gauge reduces fluid turbulence compared to larger cannulas, while the 4mm bend‑to‑tip geometry optimizes access beneath clear corneal incisions. Sterile, single‑use delivery ensures consistent performance.
A 23ga lumen on this anterior chamber cannula carries the higher flow useful for viscoelastic delivery and chamber maintenance, while a 7mm bend‑to‑tip places the outlet where the surgeon needs it within the chamber. The intermediate gauge balances flow capacity with atraumatic incision passage.
This extended‑length 23ga anterior chamber cannula provides deeper reach in cases requiring enhanced posterior chamber access during complex cataract procedures. The straight geometry supports stable insertion, while the 32mm overall length (1‑1/4") extends intraocular reach compared to standard models. Single‑use sterility guarantees consistent performance.
This anterior chamber cannula combines a 25ga fine lumen with an extended 10mm bend‑to‑tip profile for deep chamber irrigation during complex cases. The modest gauge supports adequate flow while preserving precision, and the lengthened bend geometry enhances access to posterior chamber regions. Sterile, single‑use format guarantees reliable performance.
This anterior chamber cannula carries a 25ga lumen with an 11mm bend to the tip, allowing controlled irrigation deeper within the chamber and behind the iris plane. The extended bend geometry supports atraumatic placement under the corneal wound while maintaining a gentle flow profile. Its slender stainless‑steel shaft holds shape across sustained intraoperative use.
This straight anterior chamber cannula with modest 5mm bend provides stable access for routine anterior chamber irrigation and gentle cortex aspiration. The 25ga fine gauge reduces flow turbulence and supports precise control, while the minimal bend maintains a stable insertion angle. Single‑use sterility ensures consistent edge sharpness across all procedures.
The 25ga anterior chamber cannula with a 7mm bend balances moderate flow with extended reach across the chamber. The mid‑gauge lumen supports viscoelastic injection and irrigation without the turbulence of larger‑bore tubing, while the 7mm bend places the working tip well beyond the wound entry. Stainless tubing retains the angle through repeat manipulation.
This 26ga anterior chamber cannula is engineered for ultra‑fine irrigation during minimally invasive cataract procedures and anterior chamber manipulation. The 8mm bend‑to‑tip distance provides controlled access without excessive reach, while the 12mm overall length permits precise intraocular positioning. Single‑use sterility ensures the cannula remains uniformly sharp and contaminant‑free.
This 27ga anterior chamber cannula carries a 10mm bend‑to‑tip, giving the surgeon extended reach across the chamber for irrigation, aspiration of trapped viscoelastic, or fluid delivery near the angle. The fine gauge preserves low‑turbulence flow and gentle approach beneath the corneal incision.
This fine‑gauge anterior chamber cannula permits gentle irrigation and fluid delivery during delicate anterior segment procedures. The 27ga ultra‑fine lumen minimizes flow turbulence and supports precise control, while the minimal 3mm bend maintains a straight insertion profile. Single‑use sterility ensures consistent edge sharpness throughout the surgical case.