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This double-ended orbital retractor-elevator is designed for gentle soft-tissue retraction during orbital and eyelid surgery. Its thin ribbon configuration with gentle S-curves accommodates delicate periorbit and allows placement of 16mm and 25mm wide ends to match varying tissue planes. The 182mm length and dull finish support atraumatic exposure with minimal tissue trauma.
Features & Benefits
These original Giannetti‑Dacamara MICS capsulorhexis forceps maintain titanium vaulted shanks and vertical vaulted delicate tips with a 2mm jaw opening. The round handle with vertical grooves improves directional stability through a 1.5mm incision.
The original Kraff Utrata capsulorhexis forceps is a straight‑shaft design engineered for controlled anterior capsule opening in phacoemulsification. At 102mm overall length, the geometry provides balanced reach and maneuverability within the anterior chamber. Stainless‑steel construction is built for reliable performance and lasting durability across repeat clinical use.
The Original stitch scissors deliver 22mm mid‑screw measurement with sharp tips on a straight shaft, optimized for suture cutting and removal across multiple surgical fields. The ribbon‑style ring handle provides distributed palm grip that reduces fatigue during prolonged cutting and suture management. Polished finish enhances visibility when working near the operative field.
The Osher J-cannula is a 25ga instrument with a distinctive 2.75mm wide by 2.5mm long J-shaped tip engineered for controlled cortical-capsular separation during hydrodissection. The J-geometry enables gentle fluid injection along the capsular equator while minimizing anterior capsular stress. The polished finish and 45mm overall length support smooth passage through clear corneal incisions and excellent tactile feedback.
The Osher J-cannula provides precise fluid delivery within the anterior chamber using its distinctive J-shaped tip. The 27ga gauge combined with the 2.25mm J-geometry allows surgical manipulation in confined spaces�such as behind the lens or along iris root�while maintaining low-turbulence flow. This geometry is particularly useful during IOL manipulation and zonular work.
The Osher J-cannula delivers controlled irrigation in a J-shaped arc, ideal for supracapsular phacoemulsification and cortical manipulation. Its 27ga tubing and 2.5mm long J-tip allow smooth fluid dispersal along the nuclear equator without buckling or creating high-pressure zones. The 43mm overall length supports standard anterior chamber geometry.
The Osher Y‑hook offers a 23mm straight shaft terminating in a Y‑shaped tip that cradles IOL haptics and capsular tissue during cataract maneuvers. A built‑in guard limits insertion depth, helping protect adjacent structures during manipulation. The knurled round handle preserves rotational tactile feedback during placement.
The Osher Y hook with angled shaft and round knurled handle provides stable control during lens and nucleus manipulation. The dull finish minimizes intraoperative glare while the distinctive Y-geometry enables dual-purpose tissue engagement during phacoemulsification.
The Osher Y‑hook brings a forked tip to lens and iris manipulation in cataract surgery, allowing the surgeon to engage and lift tissue planes without point loading. A straight shaft keeps the working axis aligned with microscope view, and the round knurled handle gives consistent rotational control. Overall length is 120mm for typical anterior segment reach.
The Osher conjunctival fixation forceps features 45‑degree angled shafts with 0.3mm fine tips suited to conjunctival flap and tissue positioning during anterior segment plastic repair. The angled configuration provides ergonomic access to lateral conjunctival margins while maintaining surgical visibility. Fine tip geometry minimizes tissue trauma.
The Osher tying forceps are ultra‑delicate instruments engineered for handling the finest suture materials (10.0 and smaller) during ophthalmic wound closure. Its 0.12mm Elschnig‑pattern 1 × 2 teeth and delicate tying platform provide secure purchase without distorting or crushing fragile nylon or silk. The straight 106mm design supports fine tactile control during critical wound closure.
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.
Osher haptic forceps grasp and reposition IOL haptics during lens placement and rotation. The 45 degrees angled tip reaches into the capsular bag from a temporal incision, and a delicate platform groove cradles the haptic without distortion. The 5mm and 10mm tip references guide depth as the surgeon engages the haptic shoulder.
The Osher internal caliper provides precise measurement of anterior chamber depth and crystalline lens vault in cataract and refractive planning. Its fine-pointed tips minimize contact trauma while measuring critical intraocular distances up to 10mm in 1mm increments. The 68mm length supports delicate insertion and measurement accuracy.
The Osher IOL cutter is a specialized instrument for precision cutting of posterior chamber intraocular lenses during surgical modifications and selective IOL truncation. Its angled micro-serrated blades and 2.8mm minimum incision design support controlled lens alterations with minimal adjacent tissue trauma. The flat titanium handle and 95mm length enable stable manipulation during delicate lens work.
This Osher irrigating implant hook is configured with a 30‑gauge biangled working end supported by a 24‑gauge reinforced shaft for controlled IOL dialing and positioning during implantation. The dual angle geometry and irrigation capability enable atraumatic optic and haptic manipulation with simultaneous fluid assistance. A polished finish and compact 23mm length maintain precise micro-level control.
The Osher‑Malyugin angled collar button manipulator provides anterior segment globe positioning and mobility during ophthalmic surgery. Its 10mm tip diameter supports stable grasping of the sclera or surgical capsule without excessive forward pressure. The angled geometry maintains clear visualization of corneal and conjunctival work zones throughout the procedure.
The Osher needle holder is engineered for fine suturing during anterior segment closure and IOL implantation. Its curved geometry with delicate tapered 9mm jaw provides secure grasp of 10-0 sutures and microneedles without flattening delicate suture material. The integral lock mechanism and knurled handle support precision knot placement.
The Osher needle holder in curved geometry with delicate-tapered 9mm jaws bridges utility and precision for fine-suture work in the anterior chamber. Design targets 10-0 and finer sutures without lock mechanism�spring action and tapered jaws permit natural needle release. Curve geometry improves access to posterior capsule and zonular repair. Round knurled handle supports control through sustained fine-suture sequences.
This Osher-Neumann corneal marker with 6-line radial pattern provides streamlined reference marking for astigmatism axis positioning. The precision etched markings support consistent surgical alignment throughout the procedure with minimal anterior surface complexity.
This Osher-Neumann corneal marker with 12-line radial pattern provides comprehensive reference lines for precise astigmatism axis alignment. The increased line count supports varied axis marking strategies while maintaining distinct, visible etch marks throughout the surgical procedure.
This Osher-Neumann corneal marker with 16-line radial pattern delivers maximum reference marking precision for astigmatism axis alignment. The comprehensive line array supports detailed surgical planning and consistent intraoperative axis positioning with distinct, visible etch marks.
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.
The Osher superior rectus forceps provides curved geometry with 1 × 2 0.5mm fine teeth suited to gentle extraocular muscle grasping during advanced anterior segment and ophthalmic plastic work. The serrated handle ensures secure grip control, and the curved profile accommodates natural muscle topography. The fine tooth pattern minimizes muscle penetration.
The Osher surgical gonioscopy and posterior pole lens combines angle and posterior pole visualization in a single contact, supporting comprehensive angle and vitreoretinal assessment during surgery. The 0.84 times magnification and 38‑degree static field of view enable precise surgical manipulation. Its 14mm contact diameter supports stable positioning on the cornea.
The Osher tying forceps features curved shafts with 6.5mm tying platform and serrated handle suited to efficient IOL and corneal suture tying across anterior segment approaches. The curved geometry accommodates natural surgical access angles, and the broad platform distributes knot‑forming force. Durable construction supports routine sterilization cycles.
The Osher ultra‑fine tying forceps features curved shafts with 6.5mm tying platform and refined geometry suited to delicate monofilament tying in microincision cataract and refractive surgery. The exceptionally fine tip profile prevents suture trauma while the curved shafts provide ergonomic access. Lightweight construction supports prolonged precision work.
The Osher universal corneal scissors create a precise 6.5mm beveled incision during cataract and corneal surgery. Thin gently curved blades follow the corneal arc, and blunt tips reduce the risk of inadvertent entry into deeper structures. A 21mm mid‑screw to tip dimension and flat serrated spring handle give the surgeon controlled, reproducible cuts at the limbus.