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The Jensen capsule polisher 27ga with polished finish delivers gentle posterior capsule cleanup during postoperative periods. The smooth, gently curved design enables atraumatic capsular surface smoothing with minimal trauma to posterior capsule layers.
Features & Benefits
These titanium #5 jeweler forceps deliver super‑fine pointed tips in straight configuration for maximum visibility during intricate anterior segment work. Titanium construction offers corrosion resistance and reduced weight compared to stainless steel, supporting prolonged use without hand fatigue. The narrow 0.08mm tip profile suits fine suture passage and IOL‑haptic positioning.
These titanium jeweler forceps feature a raised 6mm platform and diamond‑dusted working edges for enhanced grip during delicate IOL and capsular manipulation. The 0.2mm sharp pointed tips deliver precision grasping in confined anterior chamber spaces. The diamond surface provides superior holding power without tissue trauma.
Angled 90 degrees with 5mm from tip to bend, these #5 jeweler forceps deliver extra-fine pointed tips for retrieving sutures, foreign bodies, and small particles in ophthalmic microsurgery. The 110mm shaft and dull finish reduce glare under the operating microscope. Spring tension allows precise tactile closure on minute targets.
Extra fine jeweler‑type forceps offer pointed tips and narrowed straight shafts for handling sutures, fine tissue, and intraocular debris. The extra delicate tip pattern resolves single fibers without crushing surrounding tissue. A serrated handle and dull finish reduce slippage and glare during sustained microsurgical work.
This #5 angle jewelers forceps provides exceptional finesse in 45‑degree angled configuration with 0.1 × 0.6mm extra‑fine tips. The angle suits approach to occluded puncta and fine orbital work. The jeweler‑grade precision and lightweight construction minimize hand fatigue during extended microsurgery.
These curved #7 jeweler forceps taper to a fine 0.17mm point for precision handling of microsurgical sutures, capsule fragments, and small foreign bodies. The curve clears the line of sight during placement under the microscope. A smooth flat handle distributes fingertip pressure evenly through delicate grasping work.
These jeweler forceps combine a 0.3mm precision tip with a tying platform for delicate anterior segment microsurgery. The straight configuration and flat handle provide stable control during IOL positioning and capsular suturing. Their fine geometry facilitates handling of intraocular lenses and delicate tissue manipulation in confined anterior chamber spaces.
These titanium #4 jeweler's forceps incorporate delicate straight tips with a flat handle and a 115mm overall length, supporting precise micro‑grasping for delicate ophthalmic tasks.
This John Dexatome DMEK/DSAEK spatula features a strongly vaulted shaft with a 17mm bend‑to‑tip distance for controlled approach to the corneal plane. The curvature supports marking the cornea at 10mm during endothelial graft preparation and positioning.
The John DXEK inserting forceps is engineered specifically for donor graft positioning during Descemet stripping automated endothelial keratoplasty. The 30-degree angled tip and ultra-thin 0.46mm width allow atraumatic graft manipulation within the anterior chamber without endothelial cell trauma. The angled geometry improves visibility during graft insertion through the corneal incision.
This John DXEK/DSAEK Descemet stripper incorporates a strongly vaulted shaft with a 15mm bend‑to‑tip configuration for controlled posterior lamellar engagement. The working end supports precise stripping of Descemet membrane during endothelial keratoplasty.
Built for bimanual phacoemulsification, the Johnson spatula presents a 0.25 × 10mm straight working tip that supports the second hand during nuclear chopping and cortical manipulation. The slim profile passes through a sub‑1mm side‑port incision and stabilizes lens fragments while the phaco needle delivers ultrasound. A round knurled handle keeps rotational control consistent across the 117mm length.
The Jones‑Inamura capsulorhexis forceps in its E‑range variant features cross‑action tips at 45 degrees with a 1.5mm width at the pivot box for entry through 1.8mm incisions. The pointed serrated interlocking tips and 11mm tip‑to‑pivot geometry ensure reliable capsule engagement, while 1mm markings from tip to 6mm guide precise sizing. The flat handle provides superior ergonomics during extended procedures.
The Jones‑Inamura capsulorhexis forceps features a round ergonomic handle that supports stable finger placement during anterior capsule engagement. The Jones‑Inamura tip geometry is designed for controlled capsulorhexis tear propagation across both routine and complex cataract cases. The handle accommodates variable hand sizes and extended case time.
The Josephberg-Besser scleral depressor provides double-ended functionality for scleral examination, indirect ophthalmoscopy, and retinal mapping. Each broad spoon-shaped end conforms gently to scleral surface contours, allowing the examiner to rotate and depress peripheral retina while maintaining visual access. The straight configuration supports predictable manipulation during diagnostic work.
Medium 10mm serrated jaws ground 20 percent finer than the original Kalt pattern give this needle holder secure purchase on smaller ophthalmic needles. Straight jaw alignment supports direct corneal and scleral suturing, and the serrated flat locking handle holds the needle stably during knot placement.
The Kalt needle holder combines a straight geometry with 10mm serrated jaws and a locking flat handle, designed for secure needle positioning during fine ophthalmic and microsurgical suturing. The serrated jaw pattern provides enhanced grip security on fine needles. Extended 141mm length supports reach in deeper surgical fields.
Kansas infusion handles provide a male‑to‑male connector body at 75mm overall length, joining infusion tubing to compatible cannula hubs during anterior segment cases. The stainless‑steel build tolerates repeated steam sterilization without finish degradation.
The Kansas nucleotome bisection spatula is designed for rapid, controlled nuclear bisection during phacoemulsification. Its semi‑sharp blade cleaves the nucleus along structural planes while minimizing endothelial cell trauma, and the left‑handed configuration supports left‑handed surgeon preference. Round knurled handle and 114mm overall length provide comfortable, stable control during nucleus fragmentation.
Nuclear fracturing in the anterior chamber is the Kansas nucleus bisector's specialty, with its standard curved 10mm tip?to?bend providing mechanical leverage. Its straight geometry delivers reliable tactile feedback and precise nuclear bisection in confined anterior chamber space. The 110mm round knurled handle enables controlled bisection maneuvers in routine and challenging cases.
The Kansas nucleus loop provides gentle nuclear fragmentation and support during phacoemulsification with its 3mm-wide loop geometry and smooth flat handle. The 135mm overall length supports comfortable reach and control, while the straight shaft preserves clear visualization of the operative field. Lightweight stainless steel construction enables extended case sequences without hand fatigue.
The Kansas nucleus removal forceps carry serrated jaws that grasp dense nuclear fragments for retrieval during manual extracapsular and small‑incision cataract work. A 10mm tip‑to‑bend distance gives consistent capsular reach with clear visibility. The three‑hole handle keeps the instrument light and balanced through repeated grasps.
The Kansas nucleus support spatula is engineered to stabilize the lens nucleus during phacoemulsification. The 3mm wide spatula provides adequate bearing surface for nuclear support while maintaining visibility. This right-hand configured tool delivers optimal control during nucleus sculpting and removal.
The Kansas Nucleus Trisector is designed for controlled fragmentation and removal of dense cataractic nuclei during phacoemulsification. Its 2.5mm working end and straight geometry enable precise entry into the nucleus for mechanical fracturing, while the left‑handed configuration accommodates surgeon preference and asymmetrical hand positioning. The round knurled handle provides secure tactile feedback during sustained manipulation of hard lens material.
This Kansas nucleus trisector features a 2.5mm working tip engineered for right‑handed use. The round knurled handle provides stable grip during nucleus segmentation.
This left-handed Kansas nucleus trisector divides the nucleus into three segments for efficient phacoemulsification management, particularly in dense cataracts where nuclear fragmentation is essential. The round knurled handle provides secure grip orientation for left-handed surgeons, while the straight tip design maintains consistent cutting geometry. At 111mm, the compact length supports fine control during intraoperative nucleus dissection.
These Kansas nucleus vectus forceps feature a solid 3mm working edge for secure nucleus engagement. The smooth flat right‑handed handle enhances directional control, while the modified interior‑exterior sharp edge provides precise sculpting and nucleus division. The dull leading edge minimizes inadvertent capsular contact, and the 120mm overall length supports stable micro‑maneuvering.
The Kansas nucleus Vectus is a solid 3mm probe engineered for right-handed cortical nucleus disassembly during phaco surgery. Its smooth flat handle promotes secure grasp without slipping during careful fragment elevation and rotation. The 120mm length balances deep anterior-chamber reach with stable hand control.
The Karpecki debrider features a gently curved tip with bilateral sharp edges engineered for controlled removal of debris and epithelial disease from the eyelid margin. Its flat handle and precise 121mm length support stable two‑handed positioning during lid margin restoration. The stainless‑steel construction maintains edge sharpness across multiple sterilization cycles.