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This air injection cannula 25ga 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.
Features & Benefits
This air injection cannula is configured with a 25‑gauge angled shaft at 45 degrees for controlled air bubble injection into the anterior chamber during keratoplasty and corneal surgery. The 5mm distance from tip to bend and polished finish facilitate smooth, atraumatic injection. A 36mm working length supports stable hand positioning during globe fixation.
This 26‑gauge air injection cannula delivers controlled air or viscoelastic into the anterior chamber during cataract and corneal procedures. The shaft is angled 45 degrees with a 5mm tip‑to‑bend distance, allowing entry through a paracentesis while keeping the hub clear of the microscope field. The polished 36mm shaft minimizes drag through the wound.
This air injection cannula 27ga 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.
Configured for tight angles within the anterior chamber, this 27‑gauge air injection cannula carries a 90‑degree shaft bend just 1.5mm from the tip. The short bend distance places the working tip immediately past the incision, ideal for directing air bubbles beneath the Descemet's plane or against the corneal endothelium. A 19mm polished shaft keeps the instrument compact.
This air injection cannula 27ga with 90-degree angled shaft provides ergonomic access to posterior chamber structures. The angled geometry supports varied surgical approaches for precise anterior chamber reformation.
This 27‑gauge air injection cannula carries a 90‑degree angled shaft with a 2.5mm tip‑to‑bend distance, delivering controlled air boluses into the anterior chamber during DSAEK and related lamellar work. The polished finish helps the cannula glide cleanly through the incision. A 19mm working length, excluding hub, supports predictable intracameral reach.
This air injection cannula delivers 27‑gauge micro-bubble introduction for anterior chamber reformation and IOL positioning. The 90-degree angled shaft allows ergonomic hand positioning while the polished finish minimizes tissue trauma. The 3mm bend-to-tip distance supports precise bubble placement during IOL centering.
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 30‑gauge profile of this air injection cannula minimizes wound trauma during fine‑volume air or fluid delivery in anterior segment work. A 45‑degree shaft angle with 7mm tip‑to‑bend positions the working end forward of the hub for clearer microscope visualization. The 37mm polished shaft passes smoothly through small paracentesis incisions.
These Akahoshi combo phaco pre‑chopper forceps include straight jaws with 4.5mm delicate crescent‑shaped sharp tips and a round handle, enabling controlled pre‑chop maneuvers with a 30mm maximum opening.
This Akahoshi combo pre‑chopper is designed for grade 1‑2 nuclei and employs the karate pre‑chop technique with a crescent‑shaped paddle tip for small‑incision surgery. The geometry supports broad‑based nucleus separation with minimal zonular stress.
This Akahoshi conventional pre‑chopper uses angled vaulted titanium jaws with a cross‑action mechanism and a 3mm maximum opening for soft nucleus engagement. The delicate jaw geometry supports controlled pre‑chop maneuvers through a small incision.
This Akahoshi custom nucleus sustainer features an elongated paddle-shaped blade with a dished anterior surface for stable nucleus support. The angled shaft, bent 10mm from tip to bend, optimizes approach angles during phacoemulsification. The round knurled handle enhances intraoperative grip and fine control.
The Akahoshi hybrid combo chopper bridges hard nucleus handling and phaco compliance in grades 1 to 4 cataracts. Its scalloped crescent tip geometry performs the initial Karate prechop, then rotates for follow-up chopping without instrument exchange. Round handle and 3mm maximum incision opening make it ideal for MICS workflows.
This Akahoshi hybrid combo pre‑chopper features titanium construction with a scalloped crescent tip for grade 1‑4 nuclei using the karate pre‑chop technique. The 3mm opening allows controlled penetration within small incision parameters.
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.
The Akahoshi II hydrodissection cannula combines a 27-gauge ultra-fine lumen with a sharp beveled tip and curved-angle geometry that enables precise subincisional hydrodissection during phacoemulsification. The sharp bevel penetrates the cortical shell cleanly while the curved-angle approach (1mm from bend to tip) supports direct access through the corneal incision. The 19mm overall length provides compact control without excess shaft extension.
The Akahoshi nucleus sustainer with its 0.5mm bulbous tip provides gentle, atraumatic support for nucleus fragments during phacoemulsification. Titanium construction and short round handle deliver superior corrosion resistance and refined ergonomic grip during extended cases. The bulbous geometry optimizes purchase on dense nucleus material without posterior capsule trauma.
The Akahoshi nucleus sustainer delivers gentle nuclear fragment support and positioning during phacoemulsification with its elongated paddle-shaped blade. The right-side dish-out geometry and angled 10mm bend-to-tip profile enhance nuclear manipulation while reducing capsular trauma. The round knurled handle provides secure fingerhold during extended fragmentation and removal sequences.
The Akahoshi nucleus sustainer features an elongated paddle‑shaped blade with a dished anterior surface for stable nucleus support during phacoemulsification. The angled shaft, bent 10mm from tip, improves approach angles while protecting the capsular bag and posterior capsule. Round knurled handle delivers fine tactile control throughout nucleus manipulation.