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This Shahinian lacrimal cannula uses a 23ga straight shaft with a blunt tapered tip and a side port for controlled irrigation. The polished finish supports low‑resistance passage within the canaliculus.
Features & Benefits
The Shahinian lacrimal cannula features a 23-gauge blunt-tapered tip with a side port, designed for controlled sub-lacrimal irrigation during dacryocystitis evaluation or nasolacrimal-duct probing. Its side port reduces concentrated irrigation pressure while the straight shaft provides stable anatomic access. The compact 28mm length supports precision work in the confined lacrimal sac environment.
This Shammas irrigating polisher/curette features a compact 25mm length and an irrigating lumen to support simultaneous polishing and fluid delivery during capsule surface refinement.
This Shapiro capsule polisher uses a 23ga curved shaft with two 0.3mm side ports and a carbide‑impregnated tip to support controlled polishing of the anterior or posterior capsule. The dual‑port geometry distributes fluid evenly during polishing maneuvers.
The Sheets irrigating vectus combines a 21-gauge thin-wall shaft with a 6 × 9mm loop and three strategically positioned irrigating ports (at 12, 9, and 3 o'clock positions) for comprehensive fluid management during anterior segment surgery and corneal work. Serrations on the vectus top prevent tissue slippage while irrigation flows, and the compact 32mm shaft-to-hub length supports excellent control during corneal and limbal procedures. This geometry is optimized for MICS and small-incision cataract work.
This Sheets irrigating vectus features a 20ga loop with three front‑opening ports and serrations for controlled irrigation and vectus‑style nucleus manipulation.
Shepard incision irrigating cannulas wash debris from clear corneal cataract wounds at case end. The 27ga flattened 5mm angled tip enters the corneal incision lip and directs irrigation along the tunnel floor, hydrating the stromal lamellae for wound apposition. Compact 37mm length excluding hub matches anterior segment working depth.
The Shepard incision irrigating cannula is designed for precise fluid delivery at surgical incision sites during corneal grafting and refractive procedures. The 30g flattened blunt tip minimizes tissue trauma while delivering irrigation with directional control. The angled shaft supports ergonomic positioning.
The Simcoe capsule scrubber provides gentle cortical cleanup during lens extraction. The curved shaft with 23g geometry and sandblasted tip facilitates lens cortex removal without capsular trauma. The polished overall finish supports reliable performance across repeated use.
This Simcoe cortex extractor uses a 23ga curved thin‑wall cannula with a 0.4mm single port and a 21mm working length, supporting efficient cortical removal with improved flow through a reduced‑wall profile.
The Simcoe cortex extractor combines a gently curved 23ga cannula with a 0.33mm aspiration port designed for soft lens nucleus removal and cortical material aspiration. The polished finish and compact 32mm length support smooth passage through cataract incisions, while the fine port diameter reduces chamber turbulence and tissue trauma. Reusable stainless steel construction ensures reliable performance across multiple surgical cases.
This Simcoe cortex extractor features a 23ga gently curved cannula with a 0.33mm aspiration port, a sandblasted tip, and a polished finish to support controlled cortical aspiration through a compact 13mm working length.
The Simcoe cortex extractor is engineered for gentle cortical material removal during phacoemulsification and emulsification-aspiration. Its long-model curved 23-gauge design with 0.33mm aspiration port provides controlled suction without excessive vacuum trauma. The polished finish and 38mm length support reliable access to cortical remnants in various nuclear depths.
The Simcoe cortex extractor combines gentle curved geometry with a 0.33mm aspiration port for efficient cortical cleanup after phacoemulsification. The 23ga gauge and sandblasted tip enhance tactile feedback and prevent cortical slipping during aspiration. At 21mm working length, the "long model" reaches posterior chambers effectively.
The Simcoe irrigating‑aspirating unit combines precision 23g gauge irrigation and aspiration in one instrument. The curved shaft with silicone tubing support enables efficient lens cortex removal and chamber maintenance. The polished finish and 0.3mm aspiration port provide responsive, atraumatic handling.
Simcoe nucleus delivery cannula is engineered for secure nucleus management during phacoemulsification procedures. The serrated loop design and dual 0.4mm irrigating ports provide stable grasping without lens decentration. The wide 4 × 13mm loop geometry ensures secure engagement of the nucleus, while polished finish supports smooth, repeatable delivery.
The Simcoe posterior capsule polisher 23ga with polished finish enables gentle postoperative capsular surface cleanup. The thin-wall shaft minimizes trauma to posterior capsule during atraumatic smoothing of residual cortical material.
The Simcoe posterior capsule scrubber is engineered for gentle cortical cleanup after phacoemulsification. Its curved 23ga shaft with reverse aperture directs fluid away from the posterior capsule, reducing the risk of capsular rupture during cortical epinucleus removal. The polished finish and fine gauge support atraumatic manipulation in the confined anterior chamber.
This Simcoe suturing needle delivers controlled intraocular suture passage through a 30g polished shaft with a beveled sharp tip. A hole near the tip accepts the suture strand for guided passage during anterior segment reconstruction. The 20mm working length supports controlled entry through small corneal or limbal tracks.
Engineered for femtosecond cataract workflows, the Slade hydrodissection cannula features a 23ga shaft that vaults from the bend to clear the corneal incision lip. A vertically flattened tip directs posterior flow beneath the anterior capsule, encouraging clean cortical‑capsular cleavage after laser pre‑treatment. Its 14mm working length and 38mm overall length give predictable reach through clear corneal entry.
This Slade LASIK cannula is a 26‑gauge device with a 9mm vaulted shaft and spatulated tip for corneal interface navigation. The single front port aids in controlled fluid delivery near the flap interface.
This Slade LASIK cannula features a 26ga shaft with a 9mm vaulted segment, a spatulated tip, and a single front port to support uniform flushing beneath the LASIK flap.
The Slade LASIK cannula is engineered specifically for flap hydration and epithelial fluid management during keratorefractive surgery. Its unique spatulated tip with single top port delivers irrigation without lifting the corneal flap, while the 9mm vaulted shaft maintains consistent height above the anterior surface. The 26ga geometry offers precise flow control.
The Slade LASIK cannula provides focused anterior irrigation for PRK and LASIK procedures with a 27-gauge spatulated tip geometry that permits lateral fluid distribution across the ablation zone. The 9mm vaulted shaft maintains clearance from the corneal surface, while the single front port concentrates fluid flow at the surgical interface.
This Slade LASIK cannula uses a 27ga 9mm vaulted shaft with a spatulated single‑port tip to deliver controlled irrigation beneath corneal flaps during LASIK procedures.
Engineered for cortical‑capsular separation during phacoemulsification, the Mackool hydrodissection cannula delivers a controlled fluid wave beneath the anterior capsule. The 22ga shaft is angled 30 degrees with an 8mm bend‑to‑tip, and the 0.9 × 0.3mm flattened tip diffuses the fluid stream to reduce focal stress on the capsular bag. The geometry threads cleanly through small clear‑corneal incisions.
This Stevens sub‑Tenon cannula features a 19ga curved shaft with a 28mm working length for controlled delivery of anesthetic into the sub‑Tenon space. The curvature supports atraumatic navigation around the globe.
Built in the Fukasaku style, this 24ga anesthesia cannula delivers local anesthetic into the sub‑Tenon or peribulbar space through an open distal end. A gentle curve follows the contour of the globe, keeping the tip clear of the sclera while the surgeon advances. The stainless‑steel wall holds calibrated 24ga lumen across reprocessing cycles.
Engineered for enzymatic zonulolysis, the Troutman alpha‑chymotrypsin cannula delivers a controlled bolus of enzyme into the posterior chamber for intracapsular cataract workflows. The 23ga curved shaft reaches behind the iris, and a 1mm smooth bulbous tip diffuses the solution gently across the zonular plane. Its compact 45mm length suits seated chamber work.
The Troutman alpha‑chymotrypsin cannula delivers enzymatic solution to the posterior chamber for zonulolysis during intracapsular cataract extraction. A 25‑gauge curved shaft with a 1mm smooth bulbous tip reaches behind the iris atraumatically, and the polished 45mm length supports a controlled fingertip approach.