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These delicate dressing forceps carry a strongly curved profile with serrated tips and a serrated handle for secure tactile feedback. The heavy curve allows the surgeon to retrieve gauze or fine packing from periorbital tissue without obstructing the field. A 100mm length keeps the working end in close range during seated microscope work.
Features & Benefits
Gently curved ophthalmic dressing forceps with delicate serrated tips for atraumatic handling of small gauze, sponges, and superficial tissue around the eye. The serrated handle gives a secure pinch, and the 100mm overall length suits periocular dressing work without crowding the field.
These curved heavy‑tip dressing forceps grip gauze, suture, and tougher tissue elements at the ocular field. Serrated tips and a gentle curve allow the surgeon to approach the field at an oblique angle, while the serrated handle and polished finish support a steady glare‑free grip across the 100mm length.
These dressing forceps are engineered for post-operative wound and dressing care in ophthalmic surgery. The delicate 11mm straight tips enable gentle tissue manipulation without trauma, while the serrations on both the jaws and handle provide secure grip on gauze, dressings, or conjunctival tissue. The polished stainless steel finish and compact 100mm length support both OR cleanup and clinic wound inspection.
Delicate 11mm serrated tips on these dressing forceps grip dressings, sponges, and superficial tissue without crush. The straight shafts give a direct line into the field, and the serrated handle with polished 100mm finish supports a steady thumb‑finger grip. Light spring action reduces hand fatigue across longer tasks.
Straight ophthalmic dressing forceps with heavy 12mm serrated tips for confident handling of gauze, sponges, and superficial tissue around the orbit. The serrated handle supports a steady pinch, and the heavier tip mass gives controlled purchase where delicate forceps would slip. Overall length is 100mm.
The Drew needle holder is designed for precise corneal and limbal suturing during cataract and keratoplasty closures. Its curved geometry and 15mm working length (mid‑screw to tip) balance reach with control. The round knurled handle provides secure grip during repetitive needle‑passing motions.
Drew's needle holder combines a straight geometry with 15mm mid-screw-to-tip distance for anterior segment suturing work. The round knurled handle affords secure grip and rotational control during suture placement at the cornea and sclera. The 121mm overall length maintains optimal reach while supporting stable two-handed suture manipulation.
This Drews needle holder incorporates curved jaws with a 12mm mid‑screw‑to‑tip distance, a no‑lock design, and a knurled handle for improved manual traction during fine microsuture placement.
The Drof infusion cannula pairs a fine 22‑gauge working tip with an 18‑gauge reinforced shaft for stable BSS or viscoelastic delivery during anterior segment surgery. The 3mm beveled tip provides clean intraocular entry, and the 22mm working length excluding hub suits standard phaco incision access.
This Drysdale nucleus manipulator and capsule polisher features a flattened paddle tip with a large teardrop‑shaped surface for broad nucleus support and polishing. The round knurled handle provides stable control during intraocular lens manipulation and cortical clean‑up.
The Drysdale nucleus manipulator carries a flattened paddle tip in a teardrop shape that presents a large surface area against the nucleus during phacoemulsification. The straight shaft suits direct in‑line manipulation, and the broad tip distributes contact force without indenting the nuclear surface.
The Drysdale nucleus manipulator with round knurled handle and flattened design provides stable, ergonomic nuclear control. The distinctive handle geometry minimizes hand fatigue during extended phacoemulsification procedures while supporting precise nuclear positioning.
This titanium Drysdale nucleus manipulator features a 0.7mm fine tip and a 10mm tip‑to‑bend configuration for refined intraocular work. The round knurled handle ensures superior handling precision in demanding microsurgical procedures.
The DSAEK anterior chamber maintainer at 20 gauge with a threaded tip and silicone tubing provides stable fluid infusion during graft insertion. The threaded tip secures the cannula in the corneal incision without slippage, maintaining constant chamber stability throughout the procedure. Stainless steel construction and silicone tubing support repeated use and reliable fluid delivery.
The DSAEK Descemet membrane scraper is a specialized titanium instrument designed for membrane separation and removal during endothelial keratoplasty. The non-irrigating design with a 90-degree tip angle and 11mm bend-to-tip geometry enables precise positioning within Descemet's membrane planes while the titanium construction combines rigidity with corrosion resistance over many cases. The round titanium-blue handle and 127mm length support confident intraoperative control.
The DSAEK low‑profile plain optical zone marker at 8.5mm with round knurled handle accommodates slightly larger donor buttons while maintaining minimal chamber footprint. The 8.5mm diameter and low profile support precise alignment during graft preparation and insertion. The knurled handle provides reliable grip and tactile feedback throughout marking.
The DSAEK low‑profile plain optical zone marker at 8mm with a round knurled handle enables precise corneal marking during Descemet stripping endothelial keratoplasty. The low profile minimizes chamber obstruction while the 8mm diameter matches standard donor button sizing. The knurled handle provides secure grip and tactile control during marking.
The DSAEK low‑profile plain optical zone marker at 9mm with round knurled handle extends diameter options for larger donor grafts while maintaining the benefits of a compact design. The 9mm marking size and low profile support consistent graft alignment during insertion. The knurled handle provides superior tactile control during surgical marking.
This DSAEK optic zone marker is engineered to establish reproducible donor endothelial graft sizing during Descemet's stripping automated endothelial keratoplasty. The 9mm titanium ring creates a low‑profile 2.5mm‑high marking guide that prevents tissue folding while etching the graft boundary. Titanium construction combines rigidity with corrosion resistance for long‑term use.
The DSAEK roller features a titanium handle with precision bearing design to facilitate smooth, uniform graft positioning and adhesion during descemet stripping automated endothelial keratoplasty. The bearing surface minimizes graft trauma while providing tactile feedback for optimal graft seating. Titanium construction ensures rigidity and longevity in high‑use surgical environments.
The DSEK Endothelial Grasping Forceps is engineered specifically for the critical graft insertion and positioning step in DSAEK and DMEK procedures. Its 23ga curved shaft conforms to incision geometry while the delicate end gripping platforms engage the corneal graft edge without damaging the endothelial monolayer. The 90‑degree offset between the jaws and handle enables the surgeon to position the graft and maintain pull‑through mechanics while maintaining clear visualization of the endothelial surface.
Flexible orbital positioning is enabled by the Gimbel?style dual swivel fixation ring, which features a 13mm cut?out ring with blunt teeth on both sides. The dual?swivel mechanism reduces stress on tissue and allows independent eye rotation during refractive and keratoplasty procedures. Blunt teeth minimize scleral abrasion during prolonged fixation.
Sustained eyelid positioning during anterior segment surgery requires a dual‑tape drape with sterile adhesive backing that resists slippage. The upper and lower tape configuration opens the eye without tissue trauma throughout extended procedures. Sterile single‑pouch format supports rapid field deployment and consistent case setup.
Engineered for neurosurgical precision, the Dura diamond knife features dual footplates that stabilize the blade against the operative surface during fine dural and neural tissue dissection. The 1.4mm‑wide blade tapers over 4mm working length, delivering depth control through footplate contact rather than blade measure alone. Black Titanium handle construction supports the rigorous handling and high‑temperature sterilization demands of neuro cases.
This EAR Welsh cannula incorporates a 20ga shaft angled at 45 degrees with a 10mm tip‑to‑bend distance for precise directional irrigation. The polished finish supports smooth entry, with ordering minimum of 36 units.
This economy diamond knife handle combines aluminum outer construction (blue finish) with internal titanium components for lightweight, corrosion‑resistant performance during routine ophthalmological procedures. The straight‑mount geometry accepts standard diamond blade inserts while maintaining rigid seating. Reusable design supports countless blade exchanges across a surgical practice.
The Ehrhardt lid forceps feature a 14mm oval solid lower plate with straight 9mm serrated upper jaw and locking thumb screw, designed for secure eyelid clamping during lid margin surgery, blepharoplasty, and ectropion repair. The locking mechanism maintains consistent pressure throughout the procedure, preventing tissue slippage during surgical manipulation. The serrated upper jaw enhances grip on delicate lid tissue. This 90mm instrument supports controlled lid procedures.