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This IOL loading forceps is engineered specifically for AcrySof intraocular lens placement into Monarch II and III injector cartridges. Titanium construction with highly polished tip surfaces prevents lens scratching during loading and repositioning. The straight 119mm shaft with round handle provides controlled bimanual access to cartridge ports, essential for predictable IOL placement in small‑incision cases.
Features & Benefits
The Bechart lens-holding forceps feature curved shafts and serrated jaws for secure grasping of intraocular lenses and capsular tissue during implantation and repositioning. The serrated handle ensures grip stability during delicate lens manipulation. At 120mm with 23mm mid-screw-to-tip reach, proportions support optimal visualization and control.
The Blades lens‑holding forceps is engineered for stable IOL positioning within the capsular bag or sulcus during phacoemulsification. The 45‑degree angled geometry and delicate narrow jaws provide atraumatic grasp without scratching optic surfaces. The three‑hole handle enables fine adjustments throughout implantation.
The Blaydes lens forceps combines angled shaft geometry with 8mm distance from bend to tip suited to ergonomic IOL positioning across varied anterior chamber depths. The smooth jaw surfaces prevent IOL optic damage during grasping and delivery. The angled configuration provides natural surgical positioning without awkward hand extension.
The Blaydes lens forceps feature angled geometry with smooth jaws, 12mm tip-to-bend configuration, and cross-action handle with holes, enabling secure lens capture during phacoemulsification and extracapsular cataract extraction. The smooth jaw design prevents tissue trauma to the lens capsule, while the angled approach improves visibility and reduces surgical repositioning. This 119mm instrument supports reliable nucleus removal.
Clayman lens forceps provide controlled manipulation of intraocular lenses during implantation procedures. The 70-degree angled curved shafts optimize visibility of the lens and capsular bag. Three-millimeter tips ensure secure grasp without compression of the optic.
The Cozean McPherson lens forceps combines 45‑degree angled shaft with 7mm distance from bend to tip suited to ergonomic IOL and nucleus positioning across varied cataract approaches. The angled geometry provides natural surgeon positioning while the refined McPherson pattern enhances control. The 45‑degree configuration suits both superior and inferior incision access.
These Cumming Crystalens forceps use vertically angled jaws and a reverse‑action flat three‑hole handle for controlled engagement of accommodative IOL components. The jaw configuration supports stable manipulation during Crystalens positioning and adjustment.
The Cumming Crystalens forceps accommodates the premium accommodating lens implant with vertical angled jaws that secure the lens loop geometry without distortion. The integrated locking mechanism holds the lens during insertion and initial positioning, while the three-hole handle enables stable bimanual control during anterior chamber navigation.
The Dodick Lens Folding Forceps is designed for IOL manipulation and insertion during cataract surgery. Its cup‑paddle shaped jaws create a secure cradle that gently engages the IOL optic during folding and insertion through the incision. The angled geometry enhances visualization of the IOL alignment, while the three‑hole handle and 113mm length provide balanced control during the critical final steps of implantation.
The Ernest‑McDonald IOL inserting forceps is engineered for safe intraocular lens placement during cataract surgery. The angled cross‑action design provides mechanical advantage for controlled lens advancement through a small incision into the capsular bag. The three‑hole handle ensures stable grip during this critical insertion phase.
These Ernest McDonald lens inserting forceps use a balanced jaw profile configured for secure engagement of soft intraocular lenses during insertion. The jaw geometry provides consistent surface contact while allowing controlled guidance through micro‑incision pathways.
The Faulkner lens folding forceps is purpose‑designed for soft IOL compression and positioning during implantation. The serrated handle improves grip security during the sustained pressure required to fold a hydrophobic acrylic or silicone lens. At 110mm with a 12mm tip‑to‑bend distance, the instrument balances reach with fine control.
These angled Faulkner lens holding forceps incorporate round smooth jaws designed for stabilizing soft IOLs during folding or loading. The angled approach enhances access to injector cartridges while minimizing lens deformation.
Designed for secure intraocular lens handling, these Freeman‑Jaffe forceps feature a longitudinal groove along the curved jaw that cradles the IOL haptic without compressing the optic. The standard curve clears the corneal incision while approaching the capsular bag, and the three‑hole handle keeps the 102mm instrument light in the fingertips throughout folding and delivery. Stainless steel construction holds geometry across repeated autoclave cycles.
These Gaskin fragment forceps feature angled shafts with 11mm smooth jaws designed for controlled fragment retrieval. The three‑hole handle enhances calibrated rotational force for precise anterior segment work.
The Hall lens inserter features cross‑action jaw design without locking mechanism, suited to gentle IOL grasping and delivery through small incisions. The cross‑action geometry reduces hold‑force application while the smooth jaw surfaces prevent IOL damage. The round knurled handle provides secure control during rapid insertion sequences.
Kellan intraocular lens forceps are precision instruments designed for safe IOL insertion and positioning within the capsular bag. The angled design and delicate 8mm jaws provide gentle grasp without lens compression. A small interior groove aligns the platform with the handle for enhanced positional control.
This lens loading forceps is engineered for compatibility with the AMO One Series Ultra injector cartridge, providing reliable IOL positioning and advancement during implantation. The straight design facilitates aligned loading without rotational stress on the lens optic. Stainless‑steel construction supports durable reprocessing across repeated IOL implantation cases.
These Sheets lens forceps incorporate angled slim jaws with a 10mm platform and a 73mm overall length for delicate lens manipulation. The low‑profile jaw design supports secure grasping in confined surgical spaces.
The Shepard intraocular lens forceps fold and deliver foldable IOLs through small phaco incisions. A cross‑action design with 1.45 × 2mm serrated upper and lower jaws grips the optic securely without slippage, and a slide lock holds the lens compressed until release. The curved‑up shaft preserves the surgeon's view of the wound during insertion.
These Shepard lens holding forceps employ curved jaws with a 20mm mid‑screw‑to‑tip distance to support controlled grasping and stabilization of flexible IOLs. The extended reach accommodates deep‑set loading positions.
These Shepard lens holding forceps secure foldable IOLs during preparation and insertion, with curved jaws that capture the optic without crushing. A locking ratchet holds the lens steady through manipulation, and the serrated three‑hole handle provides oriented fingertip control. The 20mm mid‑screw‑to‑tip length matches the geometry of IOL injector loading.
These Sinskey T‑shaped lens holding forceps use curved jaws with a 15mm mid‑screw‑to‑tip distance to provide secure stabilization of soft lenses. The T‑shaped frame improves in‑hand rotational control during loading maneuvers.
These Steinert‑style soft lens inserting forceps use a straight conical tip with an inside flat surface to stabilize soft lenses during insertion. The three‑hole handle and 102mm length provide axial stability.