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This universal-style Camel LASEK alcohol solution retainer features an 8mm well for confined ethanol application during LASEK epithelial separation. Its 4-inch (100mm) length provides ergonomic reach with consistent placement stability.
Features & Benefits
This Camel LASEK alcohol solution retainer provides an 8mm circular well for controlled confinement of ethanol during epithelial loosening. Its straight-profile 4-inch (100mm) body offers stable placement while reducing solution drift during LASEK flap preparation.
This Camel LASEK solution retainer variant features a 9.5mm diameter opening with etched cross-hair markers for slightly larger epithelial field coverage during alcohol-loosening procedures. The marked geometry ensures precise positioning while the straight profile maintains stable corneal contact. Stainless steel construction supports reliable workflow across multiple cases.
This Camel LASEK alcohol retainer incorporates a 9.5mm well for wide epithelial coverage during flap creation. Its 4-inch (100mm) straight shaft maintains instrument stability and consistent fluid confinement.
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.
This Camel LASEK alcohol solution retainer features a 9mm diameter well suitable for larger epithelial treatment zones. The 4-inch (100mm) handle allows ergonomic, stable positioning throughout ethanol exposure.
The Camel double-ended LASEK alcohol well accommodates both 8.5mm and 9.5mm diameter application fields from a single instrument, enabling flexible case-to-case adaptability during LASEK epithelial loosening procedures. The two-ended format reduces instrument inventory while maintaining stainless steel precision and durability across multiple cases.
This Camel-style LASEK trephine features dual 270-degree semi-sharp cutting rings in 8mm and 8.5mm diameters for controlled epithelial delineation. The double-ended design allows quick size selection, while the alcohol-retaining well stabilizes solution placement during flap preparation.
This Camel-style double-ended LASEK trephine combines 8mm and 9mm semi-sharp 270-degree cutting rings for flexible epithelial flap sizing. The built-in alcohol-retaining well ensures efficient and stable fluid contact during LASEK epithelial detachment.
This Camel-style LASEK trephine incorporates 9mm and 9.5mm semi-sharp 270-degree epithelial scoring rings for larger corneal treatment zones. The double-ended format improves efficiency, and the alcohol well assists in maintaining uniform epithelial loosening.
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.
Built around a 23ga curved shaft, this olive‑tip cannula combines a bulbous, polished distal end with a directional bend for atraumatic intraocular irrigation. The olive tip pushes tissue aside rather than catching, useful for sweeping under the iris or along the chamber angle. The curved geometry supports peripheral access through a single incision.
This stainless steel cap protects and stores the Kelly Descemet membrane punch between uses, preserving the sharp cutting punch geometry essential for DSAEK or DLEK graft preparation. Cap design fits the punch shank securely, reducing risk of accidental damage during handling or instrument trays. Reusable design integrates with standard microsurgical sterilization protocols.
The capsule fragment forceps features vaulted 13mm shaft geometry with dual 2mm platforms and micro cup design suited to safe, atraumatic capsule fragment retrieval during advanced cataract surgery. The shallow cup geometry permits gentle engagement without crushing fragile capsular tissue. The dual platform design enables varied grasping angles.
This angled capsule polisher supports gentle epithelial cleanup following lens nucleus extraction. The 23 gauge angled tip with end opening design allows atraumatic approach to the anterior capsular surface while the tight bore prevents fluid turbulence. Sterile single‑use delivery ensures consistent blade edge and predictable clinical handling.
This curved capsule polisher with olive tip combines gentle epithelial cleanup with atraumatic capsular contact during final burnishing. The 23 gauge standard curve allows smooth gliding along the anterior capsule while the olive tip distributes pressure uniformly. Sterile single‑use delivery ensures consistent blade edge and predictable tissue interaction.
Featuring an olive tip with a sandblasted finish, this 25ga curved capsule polisher abrades residual lens epithelial cells from the posterior capsule without scoring it. The standard curve aligns the polishing surface with the capsular bag, and the textured tip generates the friction needed for efficient cortical cleanup. The 1‑1/8" working segment reaches across the capsule from a standard incision.
A side‑port aperture on this 21ga capsule polisher redirects irrigation laterally, allowing the tip to engage the posterior capsule while diffusing flow away from the central capsular surface. The intermediate gauge supports adequate flow during cortical cleanup, and the side‑port geometry helps maintain chamber stability.
This 23ga side‑port capsule polisher features a 7mm bend for paracentesis access to the anterior capsule. The textured side port surface engages residual cortical material and lens epithelial cells along the capsular bag, supporting clean capsule preparation prior to IOL placement. Stainless tubing holds the bend through repeated repositioning.
A silicone squeegee tip distinguishes this 25ga capsule polisher, sweeping residual cortex and epithelial cells from the posterior capsule without abrasive contact. The soft polymer surface conforms to the capsular curve, reducing the risk of capsular tear during cleanup. The 25ga shaft passes cleanly through a side‑port or phaco incision.
Capsule support retractors hold the anterior capsule open during phacoemulsification in cases of zonular weakness � pseudoexfoliation, trauma, or congenital zonulopathy. Inserted through paracentesis incisions, the nylon hooks engage the capsulorhexis edge and distribute load around the bag. Supplied disposable in sets of five for single‑case use.
The Capsulor dye cannula is engineered for precise trypan blue and indocyanine green delivery during anterior capsule staining in cataract surgery. At 27-gauge with a compact 13mm working length, the oval port (25-gauge equivalent) delivers dye in a controlled spray pattern that highlights capsular edges without high-pressure jets. The fine-gauge tubing navigates tight anterior chamber spaces.
This cross‑action capsulorhexis forceps features 11mm delicate shafts and sharp tips for controlled anterior capsule opening during cataract surgery. The titanium construction and delicate design minimize capsular trauma during the critical rhexis maneuver. The round handle and 120mm length support precise capsular control.
The capsulorhexis forceps in extra delicate pattern with angled geometry and vaulted serrated tips facilitate continuous rhexis in dense or brunescent cataracts where tissue compliance is reduced. The 13mm bend to tip improves access angle, and the angled shaft positions tips naturally along the capsular plane. Stainless‑steel construction maintains tip geometry across challenging cases.
These titanium capsulorhexis forceps incorporate extremely thin shanks with an 11mm tip‑to‑bend distance and cystotome‑shaped tips for precise capsular flap control. The geometry enables controlled tearing vectors during capsulorhexis creation.
This titanium capsulorhexis forceps delivers precision manipulation of the anterior lens capsule during cataract surgery. The flat angled jaws with cystotome-style tips enable safe engagement without capsular tearing. The vaulted 12mm bend-to-tip geometry and cross-action mechanism provide consistent control across nuclear densities, while the 121mm overall length supports stable handling.
This capsulorhexis cystotome features a 27ga lumen with a 90-degree twist at the tip, creating a unique blade orientation for sculpting the capsular margin during continuous curvilinear capsulorhexis. The formed 13mm bend-to-tip arc combined with the rotated tip geometry enables precise capsular control without excessive manipulation.
The Utrata capsulorhexis forceps in this compact 84mm length with flat handle deliver precise rhexis control in confined anterior chamber access. Titanium construction ensures rigidity at the delicate tips while keeping overall weight minimal. The short profile suits high‑magnification work where long handles create unwanted vibration and fatigue.
This carbide burr replacement attachment is designed for the Algerbrush 2 mechanical burr system used in corneal and scleral debridement procedures. The 0.5mm burr diameter enables precise epithelial removal during photorefractive keratotomy and therapeutic ablation. Compatible with the Algerbrush handpiece, supporting efficient surgical workflow.
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.