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The titanium Castroviejo suturing forceps with 0.3mm fine tips provides a slightly broader working surface while maintaining exceptional control during IOL suturing. The 5.5mm tying platform and titanium construction support rapid, efficient knot placement over many surgical cases. Reduced weight compared to stainless steel minimizes hand fatigue.
Features & Benefits
This titanium Castroviejo suturing forceps combines exceptional durability with the precision geometry required for ophthalmic suture work. The 0.5mm fine tip and 5.5mm tying platform support controlled knot tying in corneal and scleral repair. Titanium construction resists corrosion across many reprocessing cycles.
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.
Two working ends extend the Castroviejo synechia spatula's reach across the anterior segment: 0.5 × 10mm and 0.5 × 15mm gently curved sharp blades both engage adherent iris‑to‑lens or iris‑to‑cornea bands. The curvature follows iris contour to lyse synechiae without engaging capsule, and a serrated square handle gives anti‑roll grip during sweeping. Polished finish supports clean intraocular passage along the 130mm length.
The Castroviejo synechia spatula's single-ended sharp geometry enables precise separation of iris adhesions to the anterior lens capsule. The sharp design supports controlled breaking of synechiae without iris tissue trauma during anterior segment procedures.
This titanium Castroviejo tying forceps feature angled geometry that improves visualization and approach during posterior corneal and limbal suturing. The titanium construction combines rigidity with corrosion resistance over many cases, while the angled profile preserves the surgeon's visual axis without requiring repositioning. At 107mm, this instrument supports fine control during precision corneal closure.
The titanium Castroviejo tying forceps in curved configuration features 7mm tying platform and refined geometry suited to ergonomic IOL and corneal knot placement. The curved shafts provide natural surgical positioning, and titanium construction reduces weight compared to stainless steel. The broad platform distributes tying force evenly across knot formation.
The Catalano capsule forceps feature angled 45-degree geometry with 2mm cups, 10mm tip-to-angle measurement, and round knurled handle, enabling secure engagement and manipulation of the capsular bag during posterior capsule polishing and capsular repair. The cup design provides atraumatic grip on delicate capsular tissue, while the angled approach improves visualization during posterior segment work. This 112mm instrument supports refined capsular handling.
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.
The Catalano micro tying forceps features 45‑degree angled shafts with 6mm tying platform suited to delicate monofilament tying in microincision cataract surgery. The angled geometry provides ergonomic access while the fine tip profile prevents suture trauma. Lightweight construction supports prolonged precision work without hand fatigue during extended procedures.
This angled diamond knife brings precision to corneal and limbal incisions in cataract and refractive surgery. Diamond edge construction delivers lasting sharpness and reproducible incision geometry. The titanium‑mounted blade combines rigidity with corrosion resistance over repeated clinical use.
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 cataract clear cornea diamond knife couples a titanium‑mounted 2.8 × 0.17mm blade with 90 degrees sharp‑sided spear geometry ideal for standard phacoemulsification. The angled dop with J‑slot bayonet design preserves surgeon visualization while enabling fingertip control during incision creation.
This replacement 2.8mm spear blade with a 90 degree angle delivers consistent clear corneal incision geometry for routine cataract surgery. The 2.8 × 6 × 0.17mm diamond blade provides ultra‑sharp entry and pairs with existing handles for cost‑effective instrumentation.
This clear corneal CVD diamond blade delivers the durability of synthetic diamond in a pre-selected 2.8mm format for high-volume cataract centers. The blade-only format allows integration into existing DOP systems, while the 90-degree sharp-sided spear geometry ensures reproducible incision profiles across many cases. Diamond material resists dulling even with repeated use.
This 2.65mm sharp‑sided spear diamond knife with a 90 degree angle produces clean, perpendicular clear corneal incisions with minimal trauma on a black gold titanium handle. The 2.65 × 6 × 0.17mm black CVD blade with J‑slot bayonet design supports precise wound creation, with built‑in holes reducing friction.
Optimized for clear‑cornea cataract entry, this CVD diamond knife preset at 90 degrees delivers a sharp‑sided spear profile in a 3mm width over 6mm length. The angled design combined with Black Gold Titanium J‑slot bayonet construction allows surgeons to maintain visual axis alignment during incision creation without requiring handle adjustment. The 0.17mm thickness ensures minimal wound trauma while supporting secure temporal self‑sealing in phacoemulsification.
This cataract clear cornea diamond knife is angled 90 degrees with a sharp‑sided spear profile, designed for precise temporal clear cornea entry during phacoemulsification. The 3mm width and 6mm length accommodate varied anterior chamber depths and surgeon preferences. Black gold titanium J‑slot bayonet mounting supports steady fingertip guidance.
This compact clear cornea diamond knife features a 2.5 × 0.17mm titanium‑mounted blade with 90 degrees sharp‑sided spear and J‑slot bayonet handle for precise smaller‑incision cataract work. The angled 6mm cutting profile delivers reproducible wound geometry while maintaining excellent surgeon visualization and control.
This clear cornea cataract diamond knife features a titanium‑mounted 2.85 × 0.17mm blade with 90 degrees sharp‑sided spear geometry and J‑slot bayonet handle for precision phacoemulsification. The angled dop orientation supports natural surgeon hand positioning while the consistent blade profile delivers reproducible incision architecture.
This clear cornea cataract diamond knife pairs a 2.2 × 0.17mm titanium‑mounted blade with 90 degrees sharp‑sided spear geometry and J‑slot bayonet for minimal‑incision phacoemulsification. The angled 6mm cutting profile minimizes corneal trauma while the included sterilization tray streamlines case management.
This 1mm lance diamond knife with a 75 degree angle delivers sharp, reproducible corneal entry for cataract surgery on a black gold titanium handle with J‑slot bayonet design. The 1 × 6 × 0.17mm black CVD diamond blade maintains consistently precise geometry across cases, with titanium mount combining rigidity and corrosion resistance.
This 2.8mm spear diamond knife with a 90 degree angle provides wide, perpendicular entry for clear corneal cataract incisions on a black gold titanium handle. The 2.8 × 6 × 0.17mm black CVD blade delivers consistently sharp wound profiles across repeat uses, with J‑slot bayonet geometry enabling precise positioning.
This 1mm diamond knife cuts precise corneal incisions with reproducible depth control in cataract and refractive surgery. The blunt-side lance geometry (60 degrees) creates a two-plane incision profile that minimizes self-sealing stress, ideal for toric IOL axis marking or primary incisions in manual cataract extraction. Bayonet J-slot design enables fingertip control and consistent blade positioning.
This straight diamond knife brings precision to corneal and limbal incisions in cataract and refractive surgery. Diamond edge construction delivers lasting sharpness and reproducible incision geometry. The titanium‑mounted blade combines rigidity with corrosion resistance over repeated clinical use.