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Jones IMA (internal limiting membrane) diamond knife in blue‑gold titanium delivers a 45‑degree single‑edge blade for precise surgical membrane manipulation in vitreoretinal work. The 1mm width and 4mm length provide delicate entry profiles within retinal layers, while the 191mm length and titanium construction offer ergonomic and durable performance. The straight profile supports controlled ILM peeling under optical magnification.
Features & Benefits
A blue silicone screw‑on sleeve sized for 19ga reusable I/A tips, this single‑pack accessory seals around the irrigation port to direct flow into the eye rather than along the shaft. The soft silicone forms a cushioned interface between the metal tip and the corneal wound, reducing thermal and mechanical irritation. The screw mount secures the sleeve through aspiration cycles.
The Blumenthal anterior chamber maintainer provides a unique 20ga straight cannula with a threaded tip geometry that anchors securely within the anterior chamber, maintaining consistent depth and stability during phaco. The threaded engagement prevents inadvertent cannula dislodgement during instrument manipulation and fluid exchanges. Compact 13mm usable length enables precise chamber stability without excessive bulk.
The Blumenthal anterior chamber maintainer employs a unique anterior approach to maintain chamber stability and depth during phacoemulsification and cortical removal. Its 25ga gauge and straight shaft support continuous intraoperative chamber infusion without displacing surgical access. The 13mm length positions the port safely while permitting full surgical mobility.
This blunt 14 gauge × 20mm needle provides safe anterior chamber access without corneal perforation risk during ophthalmic procedures. The straight shaft enables controlled fluid injection with minimal trauma to chamber structures.
The Bodian lacrimal pigtail probe curves intraoperatively to navigate complex canalicular and nasolacrimal passages during dacryocystorhinostomy and silicone intubation. Stainless steel construction provides corrosion resistance and appropriate flexibility, while the 12mm diameter pigtail permits smooth ductal insertion without mucosal trauma. Round, knurled handle enables confident tactile control during advancement.
The Bonaccolto utility forceps is designed for multi‑purpose tissue manipulation across ophthalmic procedures. Its 1.2mm wide platform with lengthwise and cross‑serrated jaw pattern provides dual‑direction grip security on fine tissues and sutures. Straight shafts and serrated handle deliver stable tactile control in anterior segment work.
The Bonaccolto utility forceps grasp lens fragments, foreign bodies, and small tissue elements during anterior segment and vitreoretinal work. A 16 × 1.7mm platform combines lengthwise serrations along the jaws with cross serrations at the tips, producing secure purchase from any approach angle. Straight shafts and a serrated handle support steady fingertip control through the 111mm length.
The Bonaccolto utility forceps combines lengthwise and cross serrated jaw surfaces for secure multi‑directional grasping of iris, lens material, and conjunctival tissue during anterior segment procedures. The straight shaft, 16 × 2.4mm jaw platform, and serrated handle deliver consistent grip without tissue crushing. Polished stainless‑steel finish and 110mm overall length support extended operative use.
The Bonfadini corneal spatula features a distinctive vaulted profile with an 8mm working blade and 1 × 8mm groove that channels irrigation and debris during DALK-type stromal dissection. The flat beveled tip minimizes penetration risk to the descemet's membrane, while the 114mm overall length provides excellent handling control throughout deep anterior lamellar keratoplasty procedures.
The Bonn iris hook carries a 28mm shaft on a smooth flat handle, sized for atraumatic iris manipulation, pupil stretching, and iris retraction during cataract and anterior segment procedures. The 127mm overall length supports stable fingertip control, and stainless‑steel construction holds shape across repeat reprocessing.
This curved Bonn iris hook features a blunt 0.3mm hook for gentle iris manipulation. The small hook diameter allows precise positioning without iris penetration, while the serrated flat handle provides secure tactile control. The dull finish and 123mm length support safe iris retraction during complex anterior segment procedures.
The Bonn suture forceps pairs 0.12mm tips with a 1 × 2 interlocking‑tooth pattern and tying platforms set at 90 degrees, suited to fine suture manipulation during corneal and limbal wound closure. The ergonomic fenestrated handle reduces instrument mass during sustained microsurgical work, and the platforms hold suture securely during knot tying.
These Bonn suture forceps include delicate 1×2 teeth with integrated tying platforms and straight 20mm shafts. The long 110mm body enhances controlled reach for deep anterior chamber suturing and knot maneuvers.
These Bonn suture forceps feature delicate 1×2 teeth without tying platforms, producing a compact working profile for fine corneal and scleral bite placement. The three‑hole handle provides calibrated rotational control during micro‑suture manipulation.
These titanium Bonn suture forceps incorporate delicate 1×2 teeth, tying platforms, and straight 20mm shafts. The titanium alloy reduces instrument weight, improving micro‑tactile feedback during suture capture.
Bonn suturing forceps in the long model carry 0.12mm teeth and a 5mm tying platform behind the tips for combined grasp and knot construction in fine corneal and conjunctival closure. The serrated handle delivers consistent finger purchase, and the polished finish keeps the slender shafts visible during microsurgical use. Overall length is 96mm.
The Bonn suturing forceps features straight shafts with 0.12mm ultrafine teeth and 5mm tying platform suited to delicate corneal and IOL suturing. The straight geometry enables clear visualization during precise knot placement, and the ultrafine tooth pattern prevents slippage on fine monofilament. Refined design supports efficient closure across varied cataract approaches.
Bonn suturing forceps pair 0.12mm teeth with an integrated tying platform, letting the surgeon grasp the wound edge and tie the suture without instrument changes. The straight short‑model shafts and serrated handle keep the working profile compact for corneal and conjunctival suturing at 80mm overall. A workhorse in the cataract and corneal close.
The Bores 2‑Ray meridian marker is a titanium instrument with a round handle designed to work in concert with the Gimbel‑Mendez degree gauge for accurate axis marking during refractive surgery. Its lightweight titanium construction and round handle geometry facilitate precise two‑handed control at the corneal surface without obscuring the surgical field.
This Bores axis marker uses a compact round handle and dual 4.5mm marking points to establish symmetric axis reference marks. The lightweight 100mm profile supports steady alignment of corneal or toric meridians.
The Bores corneal fixation forceps delivers exceptional precision with 0.12mm fine 1 × 2 teeth on each wide 6mm jaw. This geometry suits delicate keratoplasty fixation where standard forceps create unacceptable compression. The wide jaw profile distributes holding force across broader tissue width while minimizing punctate corneal trauma.
These Bores corneal fixation forceps feature straight shafts, two‑point fixation with 3mm tip separation, and 0.3mm 1×2 teeth. The dull‑finish three‑hole handle reduces glare and enhances grip during fixation maneuvers.
The Bores corneal fixation forceps stabilize the cornea during refractive surgery, corneal grafting, or anterior segment procedures requiring manual globe immobilization. The U‑shaped tips provide broad contact without focal dimpling, and the 108mm straight shaft enables horizontal or vertical approach. Titanium construction withstands high reprocessing loads while maintaining tip geometry across many cases.
Radial keratotomy (RK) incision planning is enabled by the Bores corneal radial marker with its six radiating blades. The 4mm central opening and 9.5mm outer diameter create reproducible axis guides across the corneal surface. Its flat handle supports stable positioning during radial marking.
This stainless steel Bores low‑profile marker is double‑ended with 8mm and 9mm rings and a 1.65mm ring height for controlled limbal marking. The profile supports corneal zone identification with minimal tissue elevation.
The Bores 2.25mm optical zone marker is sized for marking the smallest optical zone diameters during refractive procedure planning and small‑zone alignment work. The smooth handle gives steady fingertip control at the corneal surface, and the 102mm overall length suits standard refractive surgical setup.
The Bores 2.5mm optical zone marker is sized for marking small optical zone diameters during refractive procedure planning, sitting between the smallest and intermediate zones used in arcuate keratotomy and ablation centering. The smooth handle gives steady fingertip control at the corneal surface.
Sized at 2mm, the Bores O‑Z marker stamps a tight optical‑zone reference ring on the corneal surface to guide refractive incisions and ablation centration. The smooth handle on a 102mm stainless‑steel shaft delivers steady tactile feedback during centered placement, and the straight geometry preserves a clear sight line through the microscope.
The 3.25mm Bores O‑Z marker bridges the small and standard optical zones, stamping a clean reference ring on the cornea for refractive planning and incision layout. A smooth straight handle on the 102mm stainless‑steel shaft anchors the thumb during centration, and the polished surface releases ink evenly against the epithelium.