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The Gills‑Welsh cannula features a 45 degree angled shaft for optimized access during anterior segment procedures. This design supports the surgeon's natural hand position while maintaining clear visualization. The 27g geometry provides precision for both irrigation and fluid management without excessive caliber.
Features & Benefits
The Gills‑Welsh cannula features a 45 degree angled shaft for optimized access during anterior segment procedures. This design supports the surgeon's natural hand position while maintaining clear visualization. The 30g geometry provides precision for both irrigation and fluid management without excessive caliber.
The Gills‑Welsh capsule polisher carries a 2mm cup on a 45‑degree angled shaft, set 8mm from tip to bend, for polishing residual cortical material from the posterior capsule after lens extraction. The polished finish promotes smooth glide across capsular tissue, and the flat handle gives consistent fingertip orientation across the 127mm working length.
This Gills-Welsh double-barreled irrigating-aspirating cannula combines separate thin‑wall channels for simultaneous fluid infusion and aspiration during phacoemulsification. The 23ga irrigation port and 25ga aspiration port enable balanced chamber maintenance, while the 30-degree angled shaft optimizes access without iris contact. The 0.5mm posterior offset between tips prevents clogging and supports smooth cortical management.
Designed for intracapsular and large‑nucleus lens delivery, the Gills‑Welsh lens loop carries an ultra‑thin 5 × 7mm loop with an olive tip that slides beneath the lens without snagging zonules or iris tissue. The flat handle gives the surgeon a steady pinch grip, and the 121mm length keeps the loop clear of the microscope barrel.
The Gills‑Welsh Morrison lens loop features an ultra‑thin 5 × 7mm loop with additional 20 degrees of curvature, designed for controlled in‑the‑bag IOL positioning and nucleus delivery. The olive tip reduces edge trauma on nuclear surfaces. Flat handle provides stable grip orientation during bimanual nuclear maneuvers.
The Gills-Welsh olive-tip cannula is designed for precise epinephrine delivery during DSAEK and anterior segment procedures. Its angled 45-degree shaft positions the surgeon's hand ergonomically while the smooth 1mm bulbous tip disperses medication across the corneal endothelium without focal jetting. The 25ga geometry supports delicate control.
The Gills‑Welsh angled Vannas micro scissors feature 8.5mm sharp blades angled forward at 40 degrees, delivering precision cutting geometry for ophthalmic microsurgery. Their medium 86mm length and serrated handle support controlled movements during capsulotomy, limbal relaxing incision (LRI) work, and fine conjunctival manipulation. Polished stainless‑steel construction ensures durability across routine reprocessing.
The Gills‑Welsh Vannas micro scissors feature 5mm sharp angled‑forward blades for controlled trimming of iris, conjunctiva, and capsulorhexis margins during anterior segment microsurgery. The 11mm working length (mid‑screw to tip) provides excellent visualization of fine tissue planes, while the serrated handle ensures secure grip throughout extended procedures. Polished finish and 86mm overall length support precision cutting.
These Gills‑Welsh Vannas micro scissors carry angled 7mm sharp blades on a 13mm mid‑screw‑to‑tip working length, sized for capsulotomy and fine intraocular cutting where a tangential approach improves visualization. The serrated handle delivers controlled spring action between the fingers, and the compact 86mm frame keeps the instrument balanced during microsurgery.
The Gimbel capsulorhexis forceps combines Utrata‑style construction with a preset opening geometry of 3mm, designed for controlled continuous curvilinear capsulorhexis initiation and completion. The flat handle provides stable palm control during anterior capsular manipulation. Compact 80mm length supports precise movements within confined anterior chamber spaces.
This Gimbel cortex aspiration cannula uses a 30ga shaft angled twice with an open end to support controlled aspiration of cortical material in confined chamber spaces.
Engineered for anterior chamber irrigation, this Gimbel forward irrigating cannula carries a 27g angled shaft with a gentle 10mm bend‑to‑tip curve. The forward‑directed flow places fluid ahead of the tip for cortical clean‑up and chamber maintenance. A 23mm working length supports access through small phaco incisions.
Shaped as a 1.5mm‑wide J, the Gimbel hydrodissection cannula directs a fluid wave back beneath the anterior capsule during cataract surgery. The 25ga lumen gives a fine, controlled stream, and the 21mm working length places the J cleanly through clear‑corneal incisions. Stainless‑steel construction holds the J geometry across reprocessing cycles.
This Gimbel hydrodissection �J� cannula features a 30ga 1.5mm‑wide tip and a 21mm working length, supporting precise hydrodissection through a narrow low‑profile J geometry.
The Gimbel irrigating cannula is engineered for controlled fluid delivery during anterior segment surgery. Its 26-gauge blunt tip and angled-to-side geometry allow precise hydration of corneal and conjunctival tissue without mechanical trauma. The end opening directs flow laterally, supporting consistent irrigation during corneal transplantation, refractive procedures, and IOL implantation.
The Gimbel irrigating cannula features a distinctive U‑shaped tip for flexible anterior segment fluid delivery during cataract and corneal procedures. The 30g gauge geometry provides precision irrigation without excessive caliber. The polished finish reduces friction and improves field visibility throughout the case.
Designed for LASIK flap irrigation, the Gimbel fountain cannula carries a 25‑gauge left‑angled shaft with a vaulted, smooth, bullet‑shaped tip. A single center port produces a controlled fountain of fluid beneath the flap, lifting it gently while clearing debris from the stromal bed. The 13mm working length excluding hub suits stromal interface access.
This Gimbel LASIK fountain cannula features a 25ga right‑angled vaulted bullet‑shaped tip with a single center port and a compact 13mm working length for controlled irrigation beneath LASIK flaps.
The Gimbel LASIK polishing cannula is designed for gentle stromal bed polishing and final cleanup during refractive procedures. The 30ga ultra‑fine gauge, double‑angled curvature, and sandblasted tip enable soft tissue contact without mechanical trauma. The specialized "left" configuration improves surgeon ergonomics during this precision step.
The Gimbel nucleus spatula is angled 30 degrees with a 0.25mm round‑diameter tip and a 9mm bend‑to‑tip geometry, designed for nucleus rotation and manipulation during phacoemulsification. The fine round tip protects the capsular bag and posterior capsule while the angled shaft preserves the surgeon's working corridor, and the longitudinal grooved handle gives steady fingertip control.
The Gimbel-Mendez degreega gauge measures limbal diameter and marks axis in cataract and refractive procedures. Its 12mm internal diameter and 16mm external diameter accommodate precise toric IOL alignment while the blunt atraumatic teeth protect the cornea and conjunctiva. Titanium handle combines strength with lightweight maneuverability.
This Gimbel‑Mendez degree gauge provides a 0 to 180‑degree titanium ring with 36 blunt fixation teeth for direct corneal anchorage during astigmatism assessment. The 11.7mm internal diameter accommodates standard corneal applanation, while the 90‑degree ring mount position simplifies reversal and repositioning. The 100mm overall length with round handle supports ergonomic bimanual control.
The Gimble‑Mellinger speculum delivers a wider 29mm spread on 16mm open‑wire blades, suited to adult cataract cases where broader exposure helps the phaco probe and second instrument work together. The self‑locking mechanism holds the chosen spread without surgeon thumb pressure, and the dull finish reduces microscope glare during operative microscopy.
The Ginsberg adjustable eye speculum combines half-solid and half-open-wire blades angled upward for versatile anterior segment exposure. The hybrid blade design delivers firm retraction on the solid side while the open-wire section minimizes tissue compression. The 15mm blade length and 47mm spread provide optimal visualization, and the 79mm overall length supports precise intraoperative control.
The Girard anterior chamber needle set provides safe access for anterior chamber fluid management during cataract surgery. The 23g beveled blunt tip without hub and 7.5mm working length support atraumatic anterior chamber manipulation. The polished finish enables clear visualization throughout the procedure.
This Girard corneoscleral forceps pairs delicate 0.12mm tips with a precision 1 × 2 tooth pattern for grasping corneal and scleral tissue during incision closure and tissue handling. The 6mm tying platform supports smooth suture knot manipulation, while the Colibri‑style geometry enhances visibility near the operative field. Left‑handed configuration ensures ergonomic control for southpaw surgeons.
This right‑handed Girard corneoscleral forceps delivers ultra‑fine tip geometry with 1 × 2 Colibri teeth and a 6mm tying platform, purpose‑built for corneal and limbal tissue handling. The 0.12mm tips enable microsurgical grasping of capsular tissue, fine limbal conjunctiva, and small tissue fragments during keratoplasty, DSAEK/DMEK graft manipulation, and IOL placement. Polished finish reduces light scatter and improves visibility during critical anterior segment procedures.
Girard corneoscleral Colibri forceps incorporate a 0.3mm angled tip with 1×2 teeth for delicate tissue engagement during wound construction and suture work. The 6mm tying platform stabilizes suture placement, while the knurled handle and left‑handed configuration ensure ergonomic control.
The Girard synechiae spatula offers a fine 0.5mm working end designed to slip beneath posterior synechiae and lyse iris adhesions cleanly. The 10mm tip‑to‑bend geometry supports controlled sweeps along the iris plane within the anterior chamber. A knurled round handle provides the rotational feedback needed for safe adhesion lysis.