Your cart is empty!
The Goosey DSAEK forceps features angled shafts with a 12mm tip‑to‑bend geometry and round handle for controlled donor button insertion and positioning during Descemet stripping endothelial keratoplasty. The guide pin assists with reproducible graft entry and alignment. At 116mm overall length, the forceps provides comfortable reach and control during the insertion sequence.
Features & Benefits
The Gorovoy irrigating Descemet stripper cannula is engineered for DSAEK endothelial keratoplasty, combining a horizontal U‑shaped flattened tip with dual side ports oriented left and right. The 11mm angled approach geometry permits controlled positioning beneath Descemet's membrane for atraumatic stripping and irrigation. The 30mm overall length and dual‑port configuration enable precise membrane mobilization during corneal graft insertion.
The Gradle cilia forceps grip and epilate misdirected lashes in trichiasis through fine 2mm‑wide flat platforms that hold the lash without slipping. The serrated cross‑action handle uses a box‑lock pivot � the same geometry as a needle holder � and the compact 97mm length keeps the working tips close to the lid margin during careful epilation.
Graefe fixation forceps with wide 4.5mm jaws and fine teeth secure the globe at the limbus during muscle surgery and incision making. The serrated handle without a thumb‑catch lock lets the surgeon release the globe instantly between maneuvers, and the 108mm overall length suits ophthalmic working depth.
Graefe fixation forceps stabilize the globe during conjunctival, corneal, and strabismus procedures. Wide 4.5mm jaws with fine teeth grip episcleral tissue securely without slipping, while the thumb catch lock maintains purchase hands‑free once engaged. The serrated handle and 108mm length suit precise, sustained globe fixation.
The Graefe iris forceps is a fine‑toothed precision instrument designed for delicate iris manipulation and intraocular lens insertion during cataract surgery. Its 1 × 2 tooth pattern provides secure purchase on iris tissue without perforating its surface, while the fine polished finish reduces artifact under surgical microscopy. Compact 70mm length and serrated handle support micro‑precise movements in the anterior chamber.
Designed for iris tissue handling during anterior segment surgery, these straight Graefe iris forceps feature fine serrated tips that grasp the iris margin without crushing. The 70mm compact length supports tactile control through limbal or paracentesis access. Polished stainless steel construction holds up to repeat sterilization cycles.
Sized as a #1, this Graefe muscle hook places a 10mm working tip on a smooth flat handle for engaging and isolating extraocular rectus muscles. The shaft profile slips beneath the muscle belly with minimal disturbance to Tenon's capsule, and the 135mm overall length keeps fingertip control at the orbital rim.
Graefe muscle hooks pass behind the extraocular muscle insertion to isolate it on the hook for recession, resection, or transposition. This #2 size carries a 10mm tip‑to‑bend distance suited to the medium muscles routinely encountered in strabismus work. The smooth flat handle gives the surgeon a low‑profile grip during the engagement and lift.
This Graefe muscle hook in size #3 carries a 10mm tip‑to‑bend dimension suited to isolating extraocular muscle bellies during strabismus surgery. The smooth flat handle provides a stable thumb purchase while the hook sweeps beneath the muscle. A 145mm overall length balances reach with controlled tactile feedback near the globe.
Graefe strabismus hooks are essential for controlled muscle identification and manipulation during strabismus repair. The 8mm flattened hook engages the extraocular muscle at a safe distance from underlying sclera. A serrated flat handle and polished finish support reliable grasp and visibility during vertical and horizontal muscle work.
This Size 2 Graefe strabismus hook features a flattened 9mm hook for controlled isolation and elevation of extraocular muscles during rectus and oblique surgery. The flat handle and serrated surface reduce slip during sustained muscle handling. A 140mm length balances reach with precise control in the anterior orbit.
This size 3 Graefe strabismus hook isolates and lifts extraocular muscles during strabismus surgery. A 10mm flattened hook engages the muscle belly broadly, distributing tension to spare the underlying sclera. The serrated flat handle keeps a sure grip during muscle delivery, and the polished finish reduces drag through Tenon's tissue.
This Graether angled collar-button cannula is optimized for sideport access during phacoemulsification. The 45-degree angle and 10mm tip-to-bend distance position the cannula for smooth fluid delivery through micro-incisions. The 23-gauge gauge ensures gentle irrigation without anterior chamber distortion.
Graether collar-button cannulas deliver ophthalmic medications and fluids with precision control. The 23-gauge straight shaft accommodates tight spaces in the anterior chamber during phacoemulsification and MICS procedures. The hub and collar-button design allow one-handed fluid modulation.
Graether collar buttons assist iris retraction and pupil expansion during cataract extraction with small or bound‑down pupils. The 45 degrees angled shaft, with a 10mm segment from tip to bend, allows the button head to hook the pupillary margin without crowding the corneal dome. A round knurled handle preserves rotational orientation across the 115mm length, supporting steady positioning while the second hand works through a paracentesis.
Combining irrigation with iris retraction, the Graether irrigating iris retractor simplifies anterior chamber management during cataract and anterior segment procedures. Its 45?degree angled tip, collar?button capsule polisher design, and 23?gauge working channel enable simultaneous irrigation and atraumatic iris manipulation. The 38mm compact length supports precise anterior chamber work.
The Graether sideport manipulator is an angled ophthalmic tool designed for corneal topography and anterior segment positioning during phacoemulsification. Its 10mm tip provides tactile feedback and controlled pressure on the lens nucleus during rotation and repositioning without direct endothelial contact. The angled geometry preserves the surgeon's visual axis throughout the procedure.
This Grandon T‑incision marker features a 2.5mm fine blade for creating highly controlled corneal T‑reference incisions. The round knurled handle improves axial stability during placement, and the 110mm length supports deliberate approach angles.
Temporal clear?corneal incision precision begins with accurate marking, and the 2mm Grandon T incision marker supports this critical step. Its straight geometry and round knurled handle enable precise mark placement at the planned surgical site. This 110mm reusable instrument supports reproducible incision orientation across routine and complex cases.
Larger temporal or superior clear?corneal incisions are accommodated by the 3mm Grandon T incision marker, which extends marking capability. The wider blade accommodates varied incision planning while the straight geometry ensures accurate mark placement. Its 110mm round knurled handle delivers reliable control during marking.
This Grandon‑Barraquer eye speculum includes suture notches and round closed‑wire blades for nasal‑approach eyelid retraction. The 13mm blades support controlled exposure of the nasal field, while the 28.5mm corrected length promotes steady positioning during microsurgical manipulation.
This Grayson nucleus manipulator provides direct control during lens division and rotation in divide‑and‑conquer phacoemulsification. The flattened paddle tip with a defined internal edge supports stable nucleus manipulation and controlled chopping maneuvers. Its straight shaft and round handle deliver balanced ergonomic performance for precision nucleus management.
Fine angled tips on this Grayson-Lehner‑Utrata capsulorhexis forceps enable controlled grasping throughout continuous capsulorhexis. Angled shaft geometry improves approach angle and visualization during clear corneal capsulotomy. Titanium construction combines exceptional rigidity with superior corrosion resistance for lasting durability across many surgical cases. The round handle supports natural rotation and tactile feedback during the procedure.
These Green fixation forceps present narrow 10mm jaws with fine teeth for atraumatic peripheral corneal fixation. The serrated handle and polished finish enhance grip stability and visual clarity during alignment tasks.
The Green fixation forceps features narrow 12mm jaws with fine tooth geometry suited to secure capsule and IOL fixation during cataract surgery. The serrated handle ensures positive grip control, and the precise jaw geometry maintains consistent contact across the grasping zone. Polished finish enhances durability across repeated cases.
The Green muscle hook's 9mm reach enables isolation and retraction of the extraocular muscles during strabismus or orbit decompression procedures. Its smooth flat handle promotes stable one-handed control, while the straight shaft maintains clear visualization throughout the surgical field. At 127mm, it balances extended access with microscopic precision.
The Green needle holder provides angled 12mm serrated jaws with V‑groove suturing platforms, delivering controlled needle grasp during complex anterior segment wound closure. The heavy jaw pattern and serrated surface prevent needle slipping during tying and knot advancement. Spring‑loaded flat handle enables one‑handed needle advancement and controlled knot formation.
This Green strabismus hook delivers a 7mm flat hook optimized for rectus muscle isolation during extraocular strabismus surgery. The polished finish and serrated handle provide superior tactile control during sustained muscle retraction. The 130mm length positions the surgeon's hand away from the operative field.
The Green straight fixation forceps with 5mm fine‑tooth jaws delivers reliable capsular fixation and IOL positioning across varied incision geometries. The straight shaft supports comfortable control and clear visualization, while the precisely matched tooth geometry prevents tissue slippage. Durable construction suits routine cataract workflows.