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This short‑format disposable trephine at 13.5mm diameter addresses larger anterior corneal grafts and secondary procedures requiring precise tissue removal from prepared beds. The compact length and disposable construction simplify sterile field management while guaranteeing blade consistency across cases.
Features & Benefits
Designed for precision anterior keratoplasty in pediatric and small‑graft cases, this 6mm short‑format trephine provides a miniaturized cutting edge with disposable convenience. Non‑sterile single‑use construction ensures consistent blade performance without reprocessing variability, supporting fine control in delicate anterior procedures.
Anterior segment epithelial removal and small corneal aperture creation benefit from a compact 7.5mm disposable short trephine with sharp stainless‑steel edge. The cutting blade delivers reproducible punch geometry while the short design reduces procedural reach requirements. Non‑sterile format permits institutional sterilization and flexible case‑by‑case deployment.
Bridging the gap between conventional and miniaturized trephines, this 7.75mm short‑format disposable supports varied anterior graft sizes in both refractive and therapeutic workflows. The non‑sterile disposable design eliminates edge blunting between preparations, and the compact length accommodates challenging anatomical access.
This short disposable trephine measures 8.25mm and is engineered as a single‑use instrument for DSAEK and endothelial keratoplasty donor button preparation. The disposable format eliminates blade edge variability inherent in multiple sterilizations, delivering consistent, predictable cuts for graft sizing. Single‑use sterility ensures optimal blade sharpness for each case.
An 8mm short trephine designed for corneal graft preparation, this disposable blade delivers consistent cutting performance in button sizing and recipient bed creation. The short handle provides controlled positioning during DSAEK and DMEK recipient preparation. Non‑sterile delivery allows the surgeon to sterilize on demand, while maintaining blade edge sharpness that disposable single‑use ensures.
For routine corneal graft preparation at a common mid‑range diameter, this 9mm short‑format trephine combines disposable convenience with predictable cutting performance. Non‑sterile single‑use construction removes reprocessing variability, and the abbreviated working length optimizes field access in standard anterior keratoplasty cases.
The Dix eye spud is used to lift corneal and conjunctival foreign bodies away from the ocular surface. Its small spud‑shaped tip slides beneath the foreign body to dislodge it without driving the object deeper into the cornea. Stainless‑steel construction supports the routine sterilization expected in ophthalmic clinic and OR settings.
Designed for safe storage between uses, this Dix foreign body spud screws each working tip into the opposite end of the handle when not in service, sheathing the delicate points. The double‑ended needle and spud configuration addresses corneal foreign body removal with the appropriate tool selectable in seconds.
The DK aspiration handpiece provides the basic interface for cortex removal and final anterior chamber irrigation during phacoemulsification completion. Stainless steel construction and standard reusable format integrate seamlessly into existing phaco consoles. The straight geometry and comfortable grip support steady, controlled aspiration strokes during cortical cleanup and wound hydration.
The DK axis marker features two carefully positioned blades that mark the corneal surface with reference lines indicating the axis for toric IOL implantation or astigmatic LRI (limbal relaxing incision) placement. The dual‑blade design creates precise marking geometry without excessive tissue engagement. Stainless steel construction ensures sharp marking edges and reliable sterilization.
The DK Barraquer needle holder in titanium with delicate 9mm jaws and no locking mechanism provides ultra‑precise needle control during fine corneal and scleral suturing. The curved geometry optimizes hand positioning for detailed closure work, while the spring‑loaded design allows independent needle movement. Titanium construction supports durability across many surgical procedures.
The DK Barraquer needle holder in titanium with curved geometry and 9mm medium jaws delivers reliable needle control without locking mechanism for surgeons preferring spring‑loaded retention. The round handle at 134mm overall length provides comfortable ergonomics during routine and complex closure sequences. Titanium construction ensures lasting durability and corrosion resistance.
The DK Barraquer needle holder in titanium with curved shaft features 9mm medium jaws and locking mechanism for secure needle control during corneal and limbal suturing. The round handle with 134mm overall length provides comfortable reach and ergonomic control during extended suturing sequences. Titanium construction combines corrosion resistance with lasting durability.
This DK Descemet membrane punch creates precise circular tissue defects measuring 1.2 × 0.7mm, essential for DMEK (Descemet Membrane Endothelial Keratoplasty) graft preparation. The squeeze handle design provides intuitive, controlled punch action with clear tactile feedback. Stainless steel construction ensures repeat sterilization without loss of cutting edge acuity.
Featuring a standard curved tip geometry, this DK I/A handpiece enhances reach into the posterior capsular region during the final phases of cortex removal and chamber cleanup. The curved approach angle reduces hand strain during extended cases while maintaining direct visibility of cortical material removal. Stainless steel reusable construction supports integration into high-volume sterilization protocols.
Featuring a straight configuration and 20‑gauge tube, this DK I/A screw‑in tip includes a 0.3mm aspiration port for precision fluid management during cataract surgery. The straight profile simplifies access to the anterior chamber, while the screw‑in coupling ensures positive engagement with I/A handpieces. Stainless‑steel construction provides durability across multiple sterilization cycles.
This DK I/A tip is engineered with a 90‑degree curve and screw‑in design for integrated aspiration‑irrigation during cataract surgery. The 22‑gauge bore and 0.25mm port on the underside support balanced flow during lens cortex removal and chamber maintenance. The screw‑in coupling provides secure attachment to standard I/A handpieces without dead space.
The DK IOL folding forceps with paddle‑style jaws and integrated stop provides secure and stable control during IOL insertion through small incisions. The flat handle and 112mm length support smooth, controlled manipulation without slippage during the critical insertion sequence. Stainless steel construction is built for the repeated grasping cycles required in IOL handling.
The DK Kelman‑McPherson tying forceps in its ergonomic iteration combines the proven tip geometry of the classic design with an optimized handle contour that distributes pressure across the palm. This evolution maintains the reliability of the original pattern while reducing fatigue during routine and complex cataract procedures. Stainless steel construction ensures consistent performance across many surgical cycles.
The DK needle holder in straight configuration with locking mechanism provides secure needle purchase and controlled manipulation during fine corneal and limbal suturing. The straight design supports direct visualization of suture passage, while the locking mechanism prevents inadvertent needle slippage. Stainless steel construction maintains edge and durability across many cases.
Designed for straightforward nucleus segmentation, this DK nucleus divider orients perpendicular to the phaco handpiece tip for efficient initial cracking. The straight geometry and stainless steel construction support reliable dividing strokes during the divide-and-conquer technique. Reusable format minimizes turnaround costs in high-volume phaco procedures.
Designed for right-handed surgeons, this DK nucleus rotator simplifies one of the critical steps in divide-and-conquer phacoemulsification. Clean rotational mechanics allow surgeons to orient nucleus quadrants during sequential chopping, minimizing time spent repositioning under the phaco handpiece. Stainless steel construction supports high-cycle reprocessing workflows.
The DK phaco wrench is a titanium-handled accessory tool designed for precise adjustment of Alcon phaco-handpiece needle-fitting connections during case setup and maintenance. Its round knurled titanium handle provides secure grip without slipping during needle-hub manipulation. The compact wrench geometry supports rapid handpiece setup while preserving the integrity of threaded connections.
This DK Pierce suture forceps in titanium features a 0.25mm notched tip and 6mm tying platforms for secure manipulation of suture material during corneal closure and limbal work. The flat handle with square grip provides ergonomic control for prolonged tying sequences, while the straight design ensures predictable tip alignment. Titanium construction combines corrosion resistance with lasting edge retention.
The DK tying forceps with 6mm tying platforms and curved shafts enables stable knot formation throughout cataract closure. The long flat ergonomic handle reduces hand stress during extended suturing, while the curved geometry naturally aligns the tips for tying plane work. At 115mm, the forceps reaches incision sites comfortably without excessive reach.
The DMEK forceps in titanium features cross‑action geometry with upward facing angled tips and serrated interlocking jaws for secure Descemet membrane graft manipulation. The 9.8mm tip‑to‑pivot distance and 1.5mm pivot width enable entry through smaller incisions, while the flat handle provides steady control during the delicate insertion sequence. Titanium construction ensures durability across many corneal grafts.
The Dodick Lens Folding Forceps is designed for IOL manipulation and insertion during cataract surgery. Its cup‑paddle shaped jaws create a secure cradle that gently engages the IOL optic during folding and insertion through the incision. The angled geometry enhances visualization of the IOL alignment, while the three‑hole handle and 113mm length provide balanced control during the critical final steps of implantation.
These Dodick nucleus cracker forceps use a cross‑action handle with 2mm × 1mm serrated paddles for controlled nucleus splitting. The three‑hole handle improves rotational balance during nuclear segmentation.
The angled Dodick‑Kammann nucleus chopper carries a short 1.5mm tip on a round handle, sized for compact chop maneuvers through a standard phaco incision. The angled geometry sets the working edge clear of the iris during nucleus segmentation.