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This 9mm variant of the Camel LASEK solution retainer accommodates larger corneal diameters and varied anatomies during epithelial-remodeling procedures. The cross-hair centering marks support precise visual-axis alignment while the solution retains alcohol for uniform epithelial softening. Stainless steel provides lasting durability across many LASEK cases.
Features & Benefits
The Camel-style LASEK trephine combines a semi-sharp 8mm diameter cutting edge with a 270-degree semicircular profile and 90-degree hinge cutout geometry designed for precision corneal flap creation during LASEK refractive procedures. The measured dimensions ensure reproducible epithelial-thickness flaps. The 100mm length supports stable hand control.
The Carlson DSEK smoother is designed for gentle positioning and unfolding of Descemet's membrane grafts during endothelial keratoplasty procedures. Its 2.5mm ball‑shaped vaulted tip distributes smoothing pressure across wide graft surface area, minimizing focal trauma and reducing endothelial cell loss. The straight 114mm shaft and blunt profile provide controlled, atraumatic manipulation.
The angled right‑handed Castroviejo corneal scissors deliver controlled cutting geometry for superior visibility during corneal and conjunctival procedures. The 16mm mid‑screw measurement and blunt tips support safe dissection of thin corneal lamellae, conjunctival flaps, and episcleral tissue without unintended perforation. Angular blade orientation improves access to lateral surgical fields while maintaining surgeon visual axis alignment.
This Castroviejo caliper measures anterior segment dimensions with 1mm precision across a 0‑40mm range. The adjusting screw mechanism locks measurement values, enabling accurate documentation of corneal diameter, limbal location, and surgical reference zones. The straight 178mm length supports stable positioning during pre- and intraoperative assessment.
This Castroviejo Colibri corneal forceps delivers ultrafine tissue engagement with a 0.12mm tip width and 1 × 2 tooth interlocking pattern. The 45‑degree tooth set supports precise iris and corneal surface grasping during fine anterior segment procedures. A wide serrated handle and polished finish provide stable, non-slip control during delicate microsurgical manipulation.
The left‑handed Castroviejo corneal scissors feature a curved blade profile and miniature design optimized for fine dissection in the anterior segment. Blunt tips minimize risk of inadvertent puncture into the iris, capsule, or deep corneal tissue during conjunctival, limbal, and episcleral dissection. The serrated flat handle and polished finish support precise one‑handed control and improved visibility during delicate conjunctival work.
Stromal tissue cutting during keratoplasty and lamellar surgery demands the power of the Castroviejo corneal scissors with its heavy curved geometry. Large 15mm blades and blunt tips enable controlled corneal dissection without damaging underlying structures. The three?hole handle distributes pressure evenly across extended dissection procedures.
The Castroviejo cyclodialysis spatula is an angled surgical implement designed for controlled separation of ciliary body from scleral wall during cyclodialysis procedures. Its 1mm × 16mm blade geometry provides fine leverage while minimizing tissue trauma. Polished finish and flat serrated handle support stable intraocular placement and manipulation.
This curved Castroviejo needle holder incorporates 11mm smooth jaws and an integral locking mechanism for secure suture and needle control during anterior segment closure. The gentle curve follows the surgeon's natural hand arc and aids visibility in confined orbital and scleral spaces. A flat serrated handle improves grip security during wet-field suturing.
Curved jaws and a built‑in lock define this 147mm Castroviejo needle holder, sized for corneal and scleral suturing with fine ophthalmic needles. The curve follows the natural arc of the needle, and the locking mechanism holds the needle steady during knot rotation.
This Castroviejo needle holder features a tungsten carbide jaw construction built for reliable durability across repeat ophthalmic microsurgical cases. The straight geometry and locking mechanism provide secure needle purchase during fine corneal and anterior segment suturing. At 140mm overall length, it enables precise fingertip control for capsulorhexis closure and IOL fixation work.
The Castroviejo needle holder is a hallmark instrument for ophthalmic microsurgery, offering curved geometry and medium jaw width for precision needle control during corneal, scleral, and IOL fixation work. The locking mechanism maintains needle security throughout tissue passage, while the round titanium handle supports extended procedure control.
The Castroviejo titanium needle holder combines lightweight, corrosion‑resistant titanium construction with a gently curved shaft and medium 11mm locking jaws for secure needle control during IOL fixation and anterior segment closure. The round grooved handle and 137mm overall length support extended surgical control with reduced hand fatigue. Locking mechanism enables single‑handed knot tying during wound closure.
This Castroviejo suture forceps delivers ultra-precision grasping for corneal, iris, and anterior capsule work with its 0.12mm platforms and 1 × 2 interlocking teeth set at 45 degrees. The ergonomic fenestrated handle and 110mm overall length provide optimal fingertip control during fine suturing. Straight geometry and micro-tip design support controlled needle passage without tissue trauma.
Castroviejo suturing forceps in the 40 degrees angled pattern engage 10‑0 corneal sutures away from the surgeon's line of sight. The 0.12mm teeth bite tissue cleanly at the wound edge, and the 6mm tying platform supports knot rotation against the forceps body. A wide serrated handle gives precise fingertip control across the 108mm length during corneal wound closure.
This Castroviejo suturing forceps is built for microsurgical wound closure and corneal work. The titanium construction combines exceptional rigidity with corrosion resistance across repeat sterilization and clinical use. At 110mm overall length with a 0.3mm tip and three‑hole handle, this instrument delivers fine tactile feedback during precise knot‑tying and suture positioning at the limbus or corneal margin.
The Castroviejo synechia spatula is a double-ended instrument designed for microsurgical lysis of anterior synechiae and delicate iris manipulation. Titanium construction delivers lightweight precision without sacrificing rigidity, supporting safe separation of fused iris from cornea or lens without tissue damage. The dual working ends enable efficient case management.
The Catalano corneoscleral forceps features a 1 × 2 tooth pattern, 60-degree angled platform with 5mm cross-serrated tying surfaces, and round knurled handle for secure engagement of corneal and scleral tissue during penetrating keratoplasty, corneal transplantation, and wound closure. The angled geometry supports improved visualization and control during limbal and corneoscleral work. This 108mm instrument is essential for keratoplasty procedures.
This 2.8mm 3D diamond knife delivers a wider blade geometry for standard clear corneal incision in cataract surgery, with asymmetrical bevels producing a secure three‑plane wound seal. The angled dop and extended 6mm length support controlled entry and wound architecture. Titanium construction provides durability across repeat procedures.
This single‑edge cataract diamond knife delivers a 45‑degree bevel profile through a compact 0.7 × 0.17 × 4mm titanium blade. The angled architecture creates a self‑sealing wound profile during clear corneal incision, reducing postoperative astigmatism. J‑slot bayonet design supports consistent surgeon control during capsular entry.
This cataract diamond knife features a single 45‑degree blade edge mounted on a titanium J‑slot bayonet handle, delivering 1 × 6 × 0.17mm diamond geometry optimized for clear corneal incision creation. The 45‑degree facet produces a self‑sealing incision profile that minimizes post‑operative wound leakage. Titanium mount combines rigidity with corrosion resistance across repeated sterilization.
This child-sized large self-retaining retractor delivers broader eyelid separation for pediatric anterior segment procedures. The 12mm round wire blades accommodate larger pediatric orbital anatomy while maintaining gentle tissue contact. The 38mm footprint and self-locking design provide stable, predictable retraction throughout surgery.
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 corneal eye shield is a plastic protective shell designed for post-operative patient comfort and ocular surface protection following ophthalmic procedures. The medium size accommodates standard globe dimensions while the smooth curved surface provides gentle corneal coverage. The protective shell maintains corneal moisture and protects the surgical site from external trauma during early post-operative recovery.
This titanium corneal forceps delivers exceptional rigidity and corrosion resistance over many surgical cases. The 0.12mm delicate tips and 1 × 2 tooth pattern engage corneal tissue with minimal trauma, while the 6mm diamond-dusted tying platform provides superior grip on suture and tissue. The wide serrated slotted handle balances ergonomic control with secure finger positioning during extended cases.
The Cox II laser shield is an extra-large protective device engineered for laser-assisted refractive procedures and photoablation. Its 28.5 × 26mm polished stainless steel surface reflects and disperses scattered laser energy away from sensitive ocular structures. The integrated suction-cup base securely attaches to the orbital rim, ensuring stable positioning during extended laser exposure.
The Croydon irrigating cannula is a 25-gauge curved instrument with a flattened blunt tip designed for gentle anterior segment hydration. Its 0.5mm polished tip diameter and 20mm shaft support precise irrigation delivery during corneal grafting, refractive surgery, and IOL implantation. The curved geometry and polished finish minimize tissue microtrauma.
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 custom Barraquer speculum features 14mm solid blades with distinctive compound bending geometry (10mm to first bend, 16mm between bends, 15mm to back) creating a V‑shape profile that provides superior lid separation and periocular field exposure. The custom bending pattern accommodates variable orbital anatomy while maintaining stable blade positioning during prolonged procedures. Solid blade construction resists deformation across repeat use.