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This lens manipulator with round knurled handle and angled shaft provides comfortable, stable control during lens positioning. The dull finish prevents glare reflection while supporting consistent grasp during extended phacoemulsification procedures.
Features & Benefits
Built for IOL rotation and positioning, this Lester lens manipulator combines an angled titanium shaft with a 0.4mm round rotating tip set 0.8mm long, set 9mm from bend to tip. The round grooved handle and 122mm overall length support refined fingertip control during haptic engagement. Titanium construction balances rigidity with corrosion resistance across repeated reprocessing.
The Lester IOL manipulator is engineered for precise positioning of intraocular lenses following nucleus removal and cortex extraction. Its 0.2mm rotating tip and 9mm length provide delicate control during ICL and toric IOL placement within the capsular bag. The grooved round handle and titanium construction combine ergonomic stability with lasting durability across multiple cases.
Featuring an hourglass tip on an angled shaft, the Lester IOL manipulator is built for in-the-bag lens dialing and final positioning of one- and three-piece intraocular lenses. The 9mm tip-to-bend distance reaches haptics without conflicting with the incision, and a round knurled handle supports fingertip rotation. Overall length is 115mm.
The Lester lens manipulator in titanium with angled shaft and distinctive hourglass handle provides ergonomic, comfortable lens control during extended phacoemulsification. The titanium construction ensures durability while the 0.2mm hourglass handle profile minimizes hand fatigue.
The Lester lens manipulator in titanium with straight shaft and hourglass handle delivers comfortable, durable lens control throughout phacoemulsification. The titanium material maintains edge sharpness while the ergonomic handle minimizes surgeon hand fatigue during extended use.
A straight 0.25mm hourglass tip with a protective guard makes the Lester manipulator suited to delicate IOL positioning and iris work where tip exposure must be controlled. The knurled round handle gives steady fingertip rotation across the 120mm working length. The integrated guard helps limit unintended forward travel during fine maneuvers.
A vaulted angle on this Lester manipulator clears the corneal incision while the 10mm curved tip engages the nucleus or IOL inside the capsular bag. The hourglass tip profile gives a defined contact surface for centering an implant or rotating lens fragments without smearing endothelium. Round knurled handling along the 114mm shaft keeps fine angular adjustments under fingertip control.
This Maloney IOL manipulator features a straight shaft with a protective guard and a vaulted section for controlled intraocular lens positioning. Its balanced profile supports safe rotation and dialing of foldable IOLs.
The Maloney no-hole manipulator provides a stable teardrop-sharp tip with a post attachment that anchors the nucleus during segmentation and rotation in phacoemulsification. Its straight shaft and dull-finish knurled handle offer reliable tactile feedback for fine nucleus positioning. The sharp teardrop geometry scores and mobilizes nuclear fragments without slipping on harder ALPO kernels.
The Mandel nucleus manipulator combines titanium construction with a vaulted shaft for enhanced rigidity during nuclear manipulation in phacoemulsification. The 8mm bend‑to‑tip geometry positions the working end at an optimal angle for rotation and repositioning of dense nuclei. Titanium durability ensures performance consistency across many surgical cases.
A vaulted shaft defines this Mandel nucleus manipulator and rotator, lifting the working tip away from the iris plane to clear the corneal incision angle. The 8mm bend-to-tip distance supports controlled nucleus rotation during phacoemulsification, particularly in cases with shallow chambers or tight incision geometry.
The Osher nucleus manipulator combines a 0.5mm two-prong finger-like tip with angled shaft geometry to access the nucleus across the anterior chamber during divide-and-conquer phacoemulsification. Its blunt prongs deliver controlled nuclear segment manipulation without cortical capsule trauma. The round knurled handle balances precision with secure grip stability during prolonged nucleus work.
The Osher nucleus manipulator with blunt finger-like 0.5mm two-prong design enables gentle, controlled nuclear engagement during phacoemulsification. The atraumatic prong geometry minimizes posterior capsule trauma while supporting reliable nuclear positioning.
Engineered for ICL manipulation, the Pallikaris manipulator features a 45-degree angled shaft with 12mm bend-to-tip geometry, optimizing approach angles for intraocular lens positioning in the anterior chamber. Textured finish on the round handle enhances grip security during delicate maneuvers. The 119mm overall length supports comfortable working distance in contemporary anterior segment anatomy.
The Sweeney manipulator/cracker with flat paddle-shaped tip and concave working surface enables efficient nuclear fragmentation during phacoemulsification. The paddle design provides controlled nucleus cracking with minimal posterior capsule trauma.
The Tennant nucleus manipulator features a ball tip on a gently curved shaft, bent 11mm from the handle, for controlled nucleus rotation during divide‑and‑conquer phacoemulsification. At 120mm overall length, the curved geometry accommodates anterior chamber anatomy. Round knurled handle ensures secure positioning throughout nucleus mobilization and segment management.
Designed specifically for ICL and toric lens manipulation, the Vukich manipulator features a posterior-polished egg-shaped tip that distributes contact force across the IOL optic without focal pressure points. The 12mm bend-to-tip geometry optimizes angle for capsular bag or ciliary sulcus positioning. Round stainless steel handle and 102mm overall length support refined microsurgical control during lens rotation and centering.