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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.
Features & Benefits
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 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.
The Akahoshi nucleus sustainer employs titanium construction with a distinctive paddle‑shaped tip for atraumatic support and manipulation of nuclear fragments during phacoemulsification. The paddle geometry distributes force across a broad surface, minimizing corneal endothelial trauma. Titanium rigidity ensures consistent nucleus positioning throughout the emulsification sequence.
This Bechert lens rotator is titanium with a 7mm angled segment near the tip for rotational lens adjustment. The profile supports smooth intraocular lens mobilization.
A horizontal Y‑tip distinguishes the Bechert nucleus rotator, providing two contact points that engage the nucleus securely during rotation. The 7mm bend-to-tip distance and round knurled handle support steady control through phaco incisions, with 110mm overall length sized for anterior segment work.
The Bechert nucleus rotator features a horizontal Y‑shaped tip to engage the nucleus during segmentation maneuvers in divide‑and‑conquer phacoemulsification. The angled shaft with a 10mm bend to tip optimizes approach angles for stable nucleus positioning. Round knurled handle and polished finish support smooth, controlled rotation throughout nucleus management.
The Bechert nucleus rotator features a Y‑shaped tip for efficient nucleus manipulation during lens emulsification. The straight shaft with round knurled handle provides stable, controlled rotational force. The polished finish and 125mm length support comfortable, extended use during dense nuclei removal.
The Bechert nucleus rotator is a titanium-constructed rotator designed for controlled nucleus bowl repositioning during phacoemulsification. Its horizontal Y-shaped tip engages the nucleus periphery while the angled shaft with 7mm tip-to-bend distance allows ergonomic approach through the corneal incision. Titanium construction combines corrosion resistance with the rigidity needed for reliable rotational force transmission during prolonged cases.
A wider horizontal Y‑shaped rotator tip distinguishes this Bechert design, spreading contact across the nucleus surface for confident rotation without point loading on the capsule. The angled shaft with a 7mm tip‑to‑bend reaches the lens equator through a clear corneal incision, and the polished 124mm shaft glides cleanly through the wound. Round knurled handling supports the small rotational arcs required during phaco quadrant manipulation.
Built for nucleus rotation rather than chopping, the Clayman rotator carries a 0.6mm tip set 10mm from the bend for in-the-bag engagement of the lens equator. The smooth flat handle resists rolling on the drape and supports a comfortable pinch grip. Overall length is 125mm.
Designed for straightforward nucleus segmentation, this DK nucleus divider orients perpendicular to the phaco handpiece tip for efficient initial cracking. The straight geometry and stainless steel construction support reliable dividing strokes during the divide-and-conquer technique. Reusable format minimizes turnaround costs in high-volume phaco procedures.
Designed for right-handed surgeons, this DK nucleus rotator simplifies one of the critical steps in divide-and-conquer phacoemulsification. Clean rotational mechanics allow surgeons to orient nucleus quadrants during sequential chopping, minimizing time spent repositioning under the phaco handpiece. Stainless steel construction supports high-cycle reprocessing workflows.
This Jaffe‑Bechert rotator includes a Y‑shaped tip designed for controlled nucleus rotation during phacoemulsification. The round knurled handle enhances tactile feedback, while the 9mm tip‑to‑bend distance supports precise intraocular maneuvering.
Nuclear fracturing in the anterior chamber is the Kansas nucleus bisector's specialty, with its standard curved 10mm tip?to?bend providing mechanical leverage. Its straight geometry delivers reliable tactile feedback and precise nuclear bisection in confined anterior chamber space. The 110mm round knurled handle enables controlled bisection maneuvers in routine and challenging cases.
The Kansas nucleus loop provides gentle nuclear fragmentation and support during phacoemulsification with its 3mm-wide loop geometry and smooth flat handle. The 135mm overall length supports comfortable reach and control, while the straight shaft preserves clear visualization of the operative field. Lightweight stainless steel construction enables extended case sequences without hand fatigue.
The Kansas nucleus removal forceps carry serrated jaws that grasp dense nuclear fragments for retrieval during manual extracapsular and small‑incision cataract work. A 10mm tip‑to‑bend distance gives consistent capsular reach with clear visibility. The three‑hole handle keeps the instrument light and balanced through repeated grasps.
The Kansas Nucleus Trisector is designed for controlled fragmentation and removal of dense cataractic nuclei during phacoemulsification. Its 2.5mm working end and straight geometry enable precise entry into the nucleus for mechanical fracturing, while the left‑handed configuration accommodates surgeon preference and asymmetrical hand positioning. The round knurled handle provides secure tactile feedback during sustained manipulation of hard lens material.
This Kansas nucleus trisector features a 2.5mm working tip engineered for right‑handed use. The round knurled handle provides stable grip during nucleus segmentation.
This left-handed Kansas nucleus trisector divides the nucleus into three segments for efficient phacoemulsification management, particularly in dense cataracts where nuclear fragmentation is essential. The round knurled handle provides secure grip orientation for left-handed surgeons, while the straight tip design maintains consistent cutting geometry. At 111mm, the compact length supports fine control during intraoperative nucleus dissection.
The Keener nucleus lens divider with integrated snare-wire loops enables safe nuclear segmentation during phacoemulsification and divide-and-conquer cataract techniques. The multi-loop design allows variable fracturing patterns based on nuclear density. Stainless steel construction supports lasting performance across many surgical cases.
This angled lens rotator simplifies nucleus manipulation during phacoemulsification. The 116mm length provides comfortable working distance within the anterior chamber, and the angled tip geometry supports controlled rotational movements during nucleus segmentation and cortex removal. Stainless steel construction offers reliable performance for routine reprocessing.
On this modified Mackool‑Bechert design, an angled shaft replaces the standard straight stem, letting the surgeon rotate the nucleus within the capsular bag while keeping a clearer view of the cataract incision. The 10mm tip‑to‑bend places the working end at the lens equator for atraumatic rotation during phacoemulsification, and the 127mm overall length with round knurled handle keeps fingertip control consistent. Stainless construction holds geometry across repeat reprocessing.
This Maloney flap flipper/squeegee uses a 1mm flat tip for flap elevation and a rounded spatula segment for smoothing folds and expressing interface fluid. The configuration supports flap repositioning following keratorefractive treatment.
The Osher globe rotator features a 1mm curved tip that conforms to the corneal surface while distributing pressure evenly during nucleus rotation in phacoemulsification. At 76mm overall length, its compact geometry preserves surgical sight lines and anterior chamber access. Round knurled handle and polished finish deliver responsive, balanced control.
This Pisacano nucleus rotator features a flattened disk‑shaped horizontal tip for secure nucleus engagement. The 11mm tip‑to‑bend distance supports strong rotational torque, while the round knurled handle provides consistent control.
The Pisacano nucleus rotator features a distinctive flattened vertical disk-shaped tip that distributes force across a broad surface during nucleus rotation and positioning. The 11mm tip-to-bend distance and round knurled handle support stable, ergonomic control during divide-and-conquer phacoemulsification. Stainless steel construction ensures reliable performance across repeated cases.
The Simcoe nucleus loop's dual 13mm × 4mm serrated loops are designed for secure engagement and elevation of the cataract nucleus during phacoemulsification extraction. The round knurled handle delivers confident tactile feedback during controlled vertical and rotational nucleus manipulation. At 115mm, the balanced length supports optimal microscopic control.