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The Steinert Universal II IOL forceps provides curved-tip precision for intraocular lens insertion during cataract surgery. Three handle ridges ensure secure grip control during the critical implantation phase, while the standard curved geometry facilitates smooth passage through corneal and limbal incisions. At 108mm length, the instrument reaches posterior chamber positioning comfortably.
Features & Benefits
This large sterile silicone eye conformer maintains orbital socket volume after enucleation or evisceration in patients with larger socket anatomy, with stab apertures permitting drainage of postoperative secretions. The vented form suits the later phase of conforming when open drainage benefits tissue organization. Sterile single‑use packaging ensures a clean conformer at fitting.
This large sterile silicone eye conformer maintains orbital socket volume after enucleation or evisceration in patients with larger socket anatomy. The solid surface without apertures supports early postoperative conforming and maintenance of the conjunctival cul‑de‑sac. Sterile single‑use packaging keeps fitting clean and predictable.
This medium sterile silicone eye conformer maintains orbital socket volume after enucleation or evisceration, with stab apertures permitting drainage of postoperative secretions. The vented design suits the later phase of conforming when open drainage supports hygiene and tissue organization. Sterile single‑use packaging keeps fitting workflow clean and predictable.
This medium sterile silicone eye conformer maintains orbital socket shape after enucleation or evisceration, holding the conjunctival fornices open while the socket heals. The solid (apertureless) form is suited to early postoperative wear before drainage becomes necessary. Sterile single‑use packaging keeps fitting workflow clean and predictable.
This small sterile silicone eye conformer maintains orbital socket volume after enucleation or evisceration, with stab apertures permitting drainage of postoperative secretions. The vented design suits the later phase of conforming when drainage and hygiene benefit from open communication with the cul‑de‑sac. Sterile single‑use packaging supports clean fitting at the slit lamp or chairside.
This small sterile silicone eye conformer maintains orbital socket volume after enucleation or evisceration, preserving the conjunctival cul‑de‑sac while the socket heals and tissues organize. The smooth solid surface (no apertures) supports early postoperative wear before drainage holes are needed. Single‑use sterile packaging ensures a clean, ready conformer at the point of fitting.
The 16mm eye sphere provides conformable support and orbital positioning throughout ophthalmic surgery. Spherical geometry seats within the orbit, protecting deeper structures while facilitating surgical access. Sterile single‑use format guarantees consistent performance across cases.
The Stern‑Castroviejo suturing forceps carry 0.3mm teeth on straight shafts with a 6mm tying platform, sized for fine corneal and microvascular suturing. A wide serrated handle gives the surgeon firm fingertip control, and the thumb‑catch lock holds the jaws closed during knot tying.
The Stern‑Castroviejo tying forceps features tying platforms�flat working edges at the tip that support secure suture manipulation during closure. At 0.5mm, the refined tip geometry combined with the locking mechanism ensures stable knot formation at the limbus or cornea. Stainless steel construction provides the reliability and durability required across repeated clinical cases.
These Stern‑Gills style Vannas scissors present an angled‑forward straight configuration with 10mm extra‑thin blades. The three‑hole handle provides consistent depth control during precision tissue cutting.
These straight Stevens scissors feature blunt tips optimized for safe superficial dissection in anterior segment procedures. The curved geometry aids visibility when working along the corneal limbus and conjunctival margins. Stainless steel construction supports reliable performance and lasting durability across repeat surgical use.
A shorter 105mm Stevens scissor variant, this curved blunt/blunt pattern targets superficial tenotomy and conjunctival dissection in tight pediatric or microsurgical fields. The curve traces scleral and tendon contours while blunt tips protect against accidental scleral perforation. Ring handles maintain familiar scissor control for delicate work near the limbus.
The Stevens scissors feature sharp blades and curved geometry for fine dissection of conjunctival and corneal tissue. The ring-handle design provides stable grip during delicate anterior segment work, while the 105mm length supports precise microsurgical positioning in confined spaces.
These straight Stevens scissors deliver blunt-tipped safety for fine anterior segment dissection. The narrow straight blades offer controlled linear cutting with excellent visibility, particularly suited to conjunctival and episcleral work. The ring handle and 108mm length support precise movements during delicate ophthalmic procedures.
Straight Stevens scissors with blunt tips serve fine ophthalmic and superficial soft‑tissue dissection where a controlled linear cut is needed. The blunt working ends reduce the risk of inadvertent penetration near delicate structures, and the compact 105mm frame supports tactile microsurgical control through the ring handle.
Stevens super-cut scissors deliver enhanced cutting efficiency for fine ophthalmic tenotomy and anterior segment dissection. The curved blade geometry improves visibility and cutting control along tissue contours, while the super-cut edge maintains sharpness through many surgical cases. Ring handle and 125mm length support precise microsurgical control.
This Stevens sub‑Tenon cannula features a 19ga curved shaft with a 28mm working length for controlled delivery of anesthetic into the sub‑Tenon space. The curvature supports atraumatic navigation around the globe.
The Stevens tenotomy hook's 6mm curved hook with serrated flat handle provides stable control during rectus muscle identification. The serrated handle ensures secure grasp while the curved geometry enables atraumatic muscle engagement during strabismus procedures.
Small and gently curved with a blunt tip, this Stevens tenotomy hook engages the extraocular muscle belly during strabismus surgery without risk of perforating the underlying sclera. The flat handle gives the surgeon a stable plane of grip as the hook sweeps beneath the muscle, and the 120mm length keeps the working tip at the orbital field.
Curved blades on these Stevens tenotomy scissors follow anatomical contours during muscle and conjunctival dissection, with blunt tips reducing the risk of inadvertent scleral or tendon injury. The 30mm mid‑screw‑to‑tip working segment provides reach to extraocular muscle insertions, and the ring‑handle ring spring action gives stable bimanual control across the 143mm overall length. Two‑tone finish reduces glare under operating microscope illumination.
Stevens tenotomy scissors with curved blades and blunt tips are engineered for controlled dissection along curved muscle and tissue planes. The standard curve enhances visibility and cutting efficiency during tendon work and strabismus repair. Twelve-millimeter blades provide adequate width for stable cutting while preserving tactile feedback.
The Stevens tenotomy scissors combine curved geometry with blunt tips and a ring handle for safe dissection of conjunctiva and Tenon's capsule during strabismus surgery. The 30mm mid-screw-to-tip measurement optimizes leverage and cutting control, while the two-tone finish enhances visibility against tissue background.
Built as a heavy model of the curved Stevens pattern, these tenotomy scissors handle denser conjunctival and Tenon's dissection with controlled blade closure. Blunt tips track safely along scleral curvature, and the 19mm mid‑screw‑to‑tip blade supports clean contoured cuts. A ribbon‑style ring handle preserves classic tactile feedback.
This light-model Stevens tenotomy scissors brings the classic Stevens curved geometry to fine extraocular muscle and periocular dissection. Blunt tips minimize trauma to delicate tissues, and the 19mm screw-to-tip dimension supports controlled cuts near the muscle insertion. The ribbon-style ring handle enables precise finger control in confined spaces.
Stevens tenotomy scissors with curved blades and ring handles deliver precise, controlled cutting for ophthalmic tissue dissection and muscle work. The 30mm working length and standard curve profile enhance visibility in limited anterior chamber spaces. Blunt tips minimize risk of unintended penetration into adjacent structures during delicate conjunctival and tenon manipulation.
These curved Stevens tenotomy scissors are designed for controlled dissection along anatomical contours. The curved blade profile enhances visibility and cutting efficiency in deeper or angled tissue planes. Blunt tips improve safety near delicate structures, and the compact size supports microsurgical precision.
Curved Stevens tenotomy scissors handle the contoured dissection that straight blades can't follow � separating muscle insertions, Tenon's capsule, and delicate conjunctival planes. Sharp tips give the surgeon a defined cutting point for entry into tissue, while the 105mm length keeps the instrument compact for microsurgical control.
The standard‑model Stevens tenotomy scissors in this build deliver curved blunt/blunt blades with a 19mm mid‑screw‑to‑tip working length for muscle and conjunctival dissection. Blunt tips reduce the risk of inadvertent perforation, and the ring handles support precise scissor control across a 112mm overall length.
These curved Stevens tenotomy scissors carry super‑cut sharp tips with a serrated lower blade that prevents tissue slippage during dense or fibrous dissection. The curvature follows anatomical contours through tendon and conjunctival planes. Black ring handles offer a glare‑free grip during microscope work.