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Built for fine corneal suturing, these straight Castroviejo forceps feature 0.12mm teeth alongside a 5.5mm tying platform on each jaw. The wide serrated handle provides a broad pinch surface that resists rotation during knot rotation and burial. A 110mm shaft keeps the hand stable at standard microscope working distance.
Features & Benefits
Westcott curved tenotomy scissors with a right‑hand bias suit dissection along anatomic contours during strabismus and conjunctival work. The 19mm blades curve away from the line of sight, improving visibility at the cut, and blunt tips reduce the risk of scleral injury. The flat spring handle returns the blades to the open position after each cut.
Angled 45 degrees with 8mm from tip to bend, these Kelman‑McPherson tying forceps clear the cornea during knot rotation through small incisions. The 5mm tying platform supports reliable suture purchase, and the serrated flat handle gives controlled finger feedback through repeated ties.
Stern‑Castroviejo suturing forceps combine 0.5mm grasping teeth with a 6mm tying platform behind them, letting the surgeon both grasp tissue and tie suture without changing instruments. A thumb‑catch lock holds the jaws closed for sustained tension, and the wide serrated handle delivers tactile rolling control. The polished 115mm shaft balances comfortably for corneal and conjunctival closure.
The Wilson‑Dacamara strabismus recession hook is machined from titanium for a lighter feel and corrosion resistance over many cases. The double‑sided grooved blade carries a 2 × 11mm integral guard wall along one edge, with a slightly concave plate and angled‑up distal tip that work together to retain the extraocular muscle during isolation. A grooved round handle gives steady rotation control across the 116mm length.
The McPherson tying forceps brings fine-tipped control to anterior segment wound closure and IOL manipulation. Its 45-degree angled geometry positions the 4mm tying platform at an ergonomic angle for corneal and scleral suturing. The compact 82mm length minimizes anterior chamber crowding while delivering stable needle and knot positioning.
These curved Stevens tenotomy scissors feature Super Cut edges with one serrated blade to grip tissue during dissection rather than slipping along it. Blunt tips protect adjacent structures during muscle, fascia, and conjunctival work, and the black ring handles identify the Super Cut edge for tray organization. The 115mm length supports controlled fingertip cutting.
This Mueller-Putterman muscle clamp in titanium addresses blepharoptosis and conjunctival resection with enhanced corrosion resistance. The 24mm concaved jaw head and 6-pin configuration provide increased clamping surface for secure muscle and conjunctival control. Four interlocking grooves distribute force evenly across the tissue, while the 95mm length facilitates precise positioning.
The Bechert‑McPherson angled tying forceps is designed for access to peripheral corneal wounds and suturing work in the lower visual field during anterior segment closure. Its 45‑degree angled shafts and 10mm tying platform provide optimal visualization and depth control, while the serrated handle ensures secure grip throughout extended closure procedures. The compact 83mm length suits delicate intraocular maneuvering.
The Mueller‑Putterman ptosis clamp captures and stabilizes the tarsal plate during Müller's muscle‑conjunctival resection. A 6‑pin model with interlocking grooves on both jaws holds the everted tissue without slippage, and the 24mm concave head conforms to the curve of the upper lid through the resection sequence.
This Jameson muscle hook variant carries a 2mm bulbous tip on a 6mm flat working portion, isolating extraocular muscle without point‑pressure on adjacent sclera. The serrated flat handle supports oriented in‑hand rotation, and the polished 134mm shaft keeps the surgeon's fingertips clear of the operative field.
This long‑handled Gass retinal detachment hook keeps the 13mm Graefe‑type tip but enlarges the suture‑passage hole for thicker scleral buckling sutures. The 150mm overall length improves reach during posterior segment exposure, and the flat smooth handle keeps orientation steady through suture maneuvers.
This Dacamara-style recession muscle hook features a 1.4mm wide grooved track on an 11mm hook for controlled engagement and retraction during horizontal rectus recession procedures. The grooved tip prevents muscle slippage while the titanium round handle provides secure grip during extraocular muscle work. Straight geometry supports anterior muscle isolation.
The Jameson muscle hook features a small bulbous tip with flat sides, sized for engaging and isolating the rectus muscles during strabismus surgery. The flat sides keep the muscle belly seated on the hook during traction, while the serrated flat handle supplies a confident grip across the 135mm length.
Bangerter muscle clamp is engineered for precise extraocular muscle isolation and temporary fixation during strabismus surgery. The angled geometry and push‑button locking mechanism enable secure, atraumatic engagement of the muscle without crushing tissue. The very delicate 10-tooth jaw design and 10-hole engagement pattern provide fine control over muscle position throughout the procedure.
This Culler rectus muscle hook features a 7mm flattened hook for secure strabismus muscle engagement. The polished finish minimizes tissue drag during muscle isolation, while the serrated flat handle distributes grip pressure evenly. The 130mm length supports stable hand positioning during sustained muscle dissection.
The Culler rectus muscle hook with flattened 10mm hook and angled tip enables precise rectus muscle isolation during strabismus procedures. The flat handle provides stable grasp while the angled tip geometry supports varied muscle identification approaches.
The Dacamara-Martin flat strabismus hook offers controlled anterior muscle isolation during horizontal rectus recession and advancement procedures. Its 10mm flat wide-angled tip aligns precisely with muscle belly anatomy, while the grooved round titanium handle supports secure grip during extended extraocular exposure. Titanium construction provides lasting durability across repeated strabismus cases.
Extraocular muscle retraction without trauma is achieved via the De Plessis double?arm muscle hook, featuring two bulbous tips for safe engagement. Its 11mm tip?to?bend and straight profile support controlled muscle positioning during strabismus surgery and anterior segment repair. The 127mm flat smooth handle provides stable retraction throughout the procedure.
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.
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.
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.
This Guyton‑style muscle hook features a distinctive Z‑shaped geometry that provides dual-vector engagement during strabismus operations. The straight configuration combined with the angular tip design supports controlled muscle isolation while maintaining optimal visual fields. Built for reliable reprocessing across routine strabismus cases.
The Hardesty tenotomy hook with curved 5mm hook and markings at 14mm and 20mm provides scaled measurement reference during rectus muscle work. The measuring marks support precise muscle placement during strabismus procedures while the curved design enables atraumatic isolation.
The Helveston muscle finder hook carries a large angled tip designed to locate and isolate the rectus muscles during strabismus surgery. The angled geometry sweeps beneath the muscle belly cleanly, and the flat handle supports a confident grip across the 127mm length.