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This double-ended Chang microfinger chopper and vertical safety chopper provides versatile chopping performance in a single instrument. The C-shaped Chang chopper and 0.5mm olive-shaped safety blade are each angled 10mm from bend to tip, supported by a round knurled handle.
Features & Benefits
This Chang double-ended instrument combines a C-shaped microfinger chopper with a vertical safety chopper to address diverse nucleus-splitting strategies in a single tool. The blunt tip on the Chang end and the 0.5mm olive-shaped blade on the safety end each angle 10mm from bend to tip. The round knurled handle and angled geometry support ergonomic control during phacoemulsification of dense cataracts.
This single-ended Chang phaco chopper is optimized for nucleus division during standard phacoemulsification. The design supports controlled chopping mechanics for both soft and moderately dense nuclei. When used in combination with complementary instruments such as the Minardi chopper, it enables flexible nucleus-splitting strategies.
Designed for left-hand use, this double-ended Chang phaco chopper pairs two chopping profiles on a single 130mm shaft for versatile nucleus division. Each tip sits 10mm from the bend, giving consistent reach into the anterior chamber during phacoemulsification. The round knurled handle promotes steady rotational control throughout chop maneuvers.
This right-hand Chang phaco chopper/quick chopper provides dual chopping profiles in a single instrument. The 10mm bend-to-tip design enhances approach angles, while the round knurled handle ensures stable rotational control.
This titanium Chang phaco combination chopper integrates a Chang chopper on one end and a modified microfinger chopper on the other. Designed for left-hand use, each end provides precise cutting geometry for versatile nucleus division strategies.
This double-ended Chang-Davidoff chopper combines two complementary chopping profiles in a single instrument. One end features the Chang Quick Chopper for efficient nucleus initiation, while the opposite end provides the Davidoff Ambidextrous Chopper for versatile chopping technique. Stainless steel construction supports reliable performance across multiple cases and sterilization.
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.
Bracketing the optical zone during LASIK and other corneal refractive procedures, the Chayet corneal marker stamps concentric 3mm and 9mm ink rings onto the corneal surface. The flat smooth handle steadies thumb and index finger for centered placement on the visual axis, and the 108mm stainless‑steel shaft keeps the hand clear of the microscope objective.
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.
This child-sized medium self-retaining retractor provides hands-free tissue retraction during pediatric anterior segment procedures. Its 11mm round wire blades accommodate growing eyelid dimensions while maintaining atraumatic contact. The 38mm compact size and self-locking mechanism support predictable operative field access.
The Chu reversible aspirating speculum pairs 15mm solid blades with an adjustable Lieberman‑type mechanism, letting the surgeon dial in the precise lid spread for either eye. The reversible frame swaps orientation between right and left orbits without a second instrument, and the 70mm overall length keeps the controls clear of the microscope objective during anterior segment work.
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.
The Cindy Sweeper DSEK spatula is engineered for gentle manipulation and insertion of Descemet's membrane grafts during endothelial keratoplasty. Its 0.7mm cylindrical blunt tip and 12mm angled geometry support atraumatic graft advancement into the anterior chamber without focal trauma to the endothelium or Descemet's surface. The round knurled handle and smooth blunt tip facilitate controlled sweeping and positioning across the posterior corneal surface.
The Cionni eye sweep serves similar tissue mobilization functions as the Singer pattern, with a refined curve geometry that accommodates individual anatomical variation during pterygium, scleral buckle, and strabismus procedures. Stainless‑steel construction maintains smooth surface finish across repeat clinical use. The handle provides secure grip during prolonged external eye manipulation.
The Cionni toric axis marker features two rotating blades marked in 10‑degree increments from 0 to 180 degrees, permitting dynamic intraoperative axis adjustment and verification for toric IOL positioning. The 40‑degree angled shaft and flat handle support intuitive rotation and marking, while the 11‑15mm sizing adapts to varied corneal dimensions. At 114mm, it provides optimal reach and control during toric implantation.
The Cionni toric reference marker combines three marking blades with integrated radial marks around its head, creating a reference geometry for toric IOL axis and LRI axis planning. The 70‑degree angled shaft at 124mm length positions the marker for optimal visibility while the 10‑15mm sizing (inner to outer diameter) accommodates varied corneal topographies. Round handle design supports intuitive, controlled marking.
The Clark‑Bowman lacrimal probe navigates the nasolacrimal canalicular system for probing, intubation assessment, and diagnostic irrigation of lacrimal drainage pathways. Sterling silver construction offers malleability and corrosion resistance, permitting intraoperative adjustment to accommodate canalicular anatomy. Size 1‑2 serves standard adult lacrimal systems.
The Clayman guide combines a 45‑degree angled shaft with a 0.2mm Sinskey‑style hook for IOL haptic positioning during cataract surgery. A 10mm tip‑to‑bend distance gives consistent capsular reach. The polished smooth flat handle keeps the instrument oriented during dialing maneuvers.
Fine tip geometry (0.15mm) combined with a 45?degree angle makes the Clayman lens hook ideal for nuclear and cortical material elevation during phacoemulsification. The angled 10mm tip?to?bend provides optimal working angle in the anterior chamber, while the 121mm flat smooth handle delivers sensitive tactile control. This tool supports critical nucleus manipulation with precision.
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 Clayman micro hook with 45-degree angled design and 0.3mm blunt hook provides atraumatic iris retraction during anterior segment surgery. The 9mm tip-to-bend distance enables precise positioning while the blunt geometry prevents iris sphincter trauma.
Built for nucleus rotation rather than chopping, the Clayman rotator carries a 0.6mm tip set 10mm from the bend for in-the-bag engagement of the lens equator. The smooth flat handle resists rolling on the drape and supports a comfortable pinch grip. Overall length is 125mm.
The Clayman spatula's 0.5 × 10mm angled blade provides precision control for anterior segment tissue manipulation. The blunt tip prevents endothelial trauma while the smooth finish enables atraumatic separation of tissue planes during cataract surgery.
Clayman-Vannas scissors enable delicate cutting within confined anterior chamber spaces and along tissue margins. The curved geometry and sharp 1mm tapered tips support fine dissection of thin tissue planes, while the smooth handle permits controlled finger positioning. The polished finish and compact 7mm mid‑screw-to-tip design maximize visibility and control.
These Clayman‑Vannas scissors deliver fine sharp‑tip cutting on a straight 7mm blade for iridectomy, capsulotomy edge trimming, and suture division. The smooth handle supports stable thumb‑and‑finger control, while the 83mm overall length is sized for microsurgical use. A polished finish keeps the working end clean under microscope light.
The Clayman‑Westcott scissors combines the geometry of both eponymous patterns for controlled edge cutting in anterior segment procedures. Its curved blades and blunt tips minimize posterior chamber penetration risk during corneal and conjunctival incision closure. Smooth handle and dull finish support stable visualization during delicate tissue work.