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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.
Features & Benefits
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.
Designed for Descemet's membrane insertion during DSEK, DSAEK, or DLEK, the Charlie Forceps II maintains a precise 150-micron space between titanium tips to minimize corneal compression and endothelial cell loss. The geometry permits atraumatic tissue entry into the anterior chamber without crushing the graft during insertion. Round handle provides ergonomic control during the critical graft positioning phase.
Cilia forceps remove individual lashes with narrow smooth jaws that grip the hair shaft without crushing surrounding lid skin � the everyday tool of trichiasis management. The serrated handle gives steady fingertip control during epilation, and the 84mm overall length suits slit‑lamp and bedside use.
These cilia forceps feature a wide 1 × 3mm smooth platform with serrated handle and polished finish, designed for secure handling of cilia material during eyelid and conjunctival procedures. The wide platform distributes pressure evenly across delicate tissue, preventing trauma during manipulation. At 76mm, this compact length provides excellent control for fine lid work.
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 Collins expressor forceps delivers controlled mechanical expression of meibomian glands through its oval, closed paddles angled at 12 degrees. The 1mm paddle thickness applies graduated pressure suitable for both mild and aggressive gland evacuation. Its short 95mm length and accessible geometry support stable, two‑handed expression in the anterior lid margin.
The Collis micro utility forceps provide a slightly wider 3mm grasping platform for handling capsule fragments, IOL haptics, and small tissue elements during cataract and anterior segment surgery. Straight shafts and a wide serrated handle deliver stable two‑finger control. The polished 108mm length keeps the working tips clearly visible in the microscope field.
Castroviejo Colibri forceps in titanium feature 0.12mm angled tips with 1×2 teeth at 45 degrees and a 6mm tying platform. Titanium construction delivers superior rigidity and corrosion resistance for repeat clinical use, supporting both fixation and fine suturing in demanding refractive procedures.
This titanium Colibri forceps offers enhanced rigidity and corrosion resistance across repeat clinical use, with 0.5mm ultra‑fine tips and 1 × 2 interlocking teeth positioned at 45 degrees. The 6mm tying platform enables precise suture placement and IOL maneuvering during phaco and anterior capsular work. Titanium construction provides a lighter, more durable alternative to stainless steel while maintaining the fine geometry essential for corneal and limbal manipulation.
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 Cozean McPherson lens forceps combines 45‑degree angled shaft with 7mm distance from bend to tip suited to ergonomic IOL and nucleus positioning across varied cataract approaches. The angled geometry provides natural surgeon positioning while the refined McPherson pattern enhances control. The 45‑degree configuration suits both superior and inferior incision access.
These Cumming Crystalens forceps use vertically angled jaws and a reverse‑action flat three‑hole handle for controlled engagement of accommodative IOL components. The jaw configuration supports stable manipulation during Crystalens positioning and adjustment.
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 12mm roller-pin Dacamara meibomian gland expressing forceps is engineered for comprehensive gland evaluation in large eyelids or severe meibomian dysfunction. The perfectly curved polished plate delivers controlled pressure across the entire gland width without ocular surface trauma. Titanium construction is built for reliable performance and lasting durability across many cases.
The Dacamara meibomian gland expressing forceps combines a 6mm roller pin with a perfectly curved polished plate to apply controlled pressure across the meibum-rich glands during thermal-pulse expression therapy. The parallel-jaw geometry distributes force uniformly without crushing delicate lid tissue. Titanium construction ensures lasting durability across repeated meibomian gland work.
This larger 8mm roller-pin variant of the Dacamara meibomian gland expressing forceps provides controlled pressure expression across broader gland surfaces. The perfectly curved and polished plate minimizes tissue trauma while ensuring efficient meibum release during lid evaluation and thermal expression procedures. Titanium provides lasting performance across routine anterior lid work.
Built for sizeable lid lesions, the large Desmarres chalazion forceps opens a 17 × 28mm inner ring around the operative site. The expanded window accommodates broader chalazia and lid‑margin masses while the solid lower plate keeps the lid everted under spring tension. The 89mm frame matches standard oculoplastic instrument handling.
The medium Desmarres chalazion forceps frames a 12 × 23mm inner ring around the lesion, offering a longer working window than the standard oval model for lid‑margin or larger chalazia. Eversion is held hands‑free while incision and curettage proceed within the ring, and the 89mm overall length keeps the instrument balanced in the oculoplastic set.
This Desmarres chalazion forceps features an oval 16mm solid lower plate paired with an open upper plate, isolating the lesion against a 12 × 14mm working window for stable eversion. The serrated cross‑action handle holds position hands‑free, freeing the surgeon to incise and curette the chalazion under direct visualization. At 95mm overall, it sits comfortably in the lid surgeon's set.
Desmarres chalazion forceps in the small size carry an 11 × 17mm inside ring to isolate and stabilize the lid lesion during chalazion incision and curettage. The ring seats around the chalazion to expose the everted lid surface, and the screw plate provides controlled compression to limit bleeding. Overall length is 89mm for comfortable lid work.
This Devgan‑Utrata capsulorhexis forceps delivers fine tip control for precise anterior capsular manipulation during phacoemulsification. 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.
The round handle on this Devgan‑Utrata capsulorhexis forceps enables natural rotation and tactile control throughout the procedure while maintaining fine tip precision. Fine tip geometry combined with shaft orientation delivers reliable, repeatable anterior capsular work. 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.
The Devine angled capsulorhexis forceps features extra‑delicate sharp tips and a vaulted curve designed for precise anterior capsular engagement during MICS and phacoemulsification. At just 1.8mm maximum opening, the instrument fits through micro‑incision pathways while the 12mm bend‑to‑tip geometry delivers superior visualization of the capsular rhexis initiation and propagation.
The DK IOL folding forceps with paddle‑style jaws and integrated stop provides secure and stable control during IOL insertion through small incisions. The flat handle and 112mm length support smooth, controlled manipulation without slippage during the critical insertion sequence. Stainless steel construction is built for the repeated grasping cycles required in IOL handling.
The DK Kelman‑McPherson tying forceps in its ergonomic iteration combines the proven tip geometry of the classic design with an optimized handle contour that distributes pressure across the palm. This evolution maintains the reliability of the original pattern while reducing fatigue during routine and complex cataract procedures. Stainless steel construction ensures consistent performance across many surgical cycles.
This DK Pierce suture forceps in titanium features a 0.25mm notched tip and 6mm tying platforms for secure manipulation of suture material during corneal closure and limbal work. The flat handle with square grip provides ergonomic control for prolonged tying sequences, while the straight design ensures predictable tip alignment. Titanium construction combines corrosion resistance with lasting edge retention.