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Used to outline the optical zone during refractive keratotomy and corneal procedures, the Bores O‑Z marker imprints a 6.5mm circular reference on the corneal epithelium. The smooth handle supports light, consistent contact pressure, and the 100mm overall length keeps the instrument well balanced over the eye. The straight shaft preserves a perpendicular approach to the corneal surface.
Features & Benefits
This Bores O‑Z marker features a 6mm circular imprint for broad optic nerve head and optic disc documentation. The larger contact diameter enables quick anatomical reference during combined phacoemulsification and glaucoma procedures. The smooth handle and extended 108mm length support steady marking without hand fatigue.
This Bores O‑Z marker delivers a 7.5mm circular imprint for comprehensive optic nerve head and peripheral retinal reference. The largest in the O‑Z series, it documents broad anatomical zones during vitreoretinal consultation and anterior-segment surgery planning. The smooth handle and 100mm length ensure comfortable, steady positioning.
At the top of the Bores O‑Z range, the 7mm marker stamps the largest optical‑zone ring for refractive procedures requiring wider ablation centration. A smooth handle on the 108mm straight stainless‑steel shaft keeps the marker steady against the corneal apex, and the polished face transfers ink without streaking.
Extended refractive surgery zones require larger optical zone marking, which the 8.5mm Bores O?Z marker accommodates. The circular geometry ensures consistent zone definition, while the 102mm round handle supports stable control during anterior corneal marking.
The Bores O-Z marker with 8.5mm diameter circle provides wide-field astigmatic axis marking during refractive surgery procedures. The smooth handle and 100mm length support steady, reproducible marking across extended refractive workflows. Stainless steel construction delivers reliable performance and lasting durability across multiple surgical cases.
This Bores O‑Z marker prints an 8mm diameter optical zone reference on the corneal surface for refractive surgery planning. The smooth handle keeps the surgeon's grip rotation neutral during placement, supporting an even ink transfer around the full circle. A 100mm overall length suits seated microscope use.
Comprehensive optical zone marking for extended refractive and implant zones is enabled by the 9.5mm Bores O?Z marker. The circular platform ensures coaxial alignment during marking, while the 110mm smooth handle offers fine control during precise zone definition.
The Bores 9mm optical zone marker is sized for the largest optical zone diameters during refractive procedure planning, useful for marking the periphery of arcuate incisions and large ablation profiles. The smooth handle gives steady fingertip control at the corneal surface, and the 102mm length suits standard refractive setup.
The Botvin iris forceps is engineered for delicate iris manipulation during anterior segment procedures. Its 70mm length with bayonet-angled tips provides access across the anterior chamber, while the 1 × 2 delicate tooth pattern allows atraumatic grasping of iris tissue without crushing. The Colibri-style short handle offers natural finger control during precision iris positioning.
Bowman lacrimal probe in size 00/0 for the finest canalicular work, including pediatric and tight‑punctum probing. Malleable sterling silver lets the surgeon contour the shaft to canalicular anatomy, and the soft metal retains its bend through the passage. Overall length is 142mm.
Sized 00/0, this Bowman lacrimal probe places the two finest gauges on a double‑ended shaft for first‑pass canalicular probing in pediatric or stenotic systems. The 142mm overall length keeps fingertip orientation near the lid margin while the tapered tip negotiates the punctum and common canaliculus.
At sizes 0000 and 000, this Bowman lacrimal probe carries the finest calibers used in canalicular probing � first‑pass exploration in pediatric nasolacrimal duct obstruction and tight punctal entries. The malleable sterling silver shaft accepts gentle reshaping to follow the canalicular bend without kinking, then holds the new contour through the probing pass.
Sized 0000/000, the Bowman lacrimal probe is the finest gauge in the Bowman series, suited for canalicular probing in pediatric patients or tight stenoses. The 142mm overall length carries a probe at each end for graduated assessment of the lacrimal passage. The polished shaft slides cleanly through the punctum without snagging mucosa.
Bowman lacrimal probes in size 1/2 are formed from malleable sterling silver, allowing the surgeon to gently shape the shaft to each canalicular path. The 142mm overall length supports controlled probing of the canaliculus and nasolacrimal duct. Silver's tarnish‑resistant feel also gives consistent tactile glide along the lumen.
Bowman lacrimal probes in size 3/4 step up the gauge from the entry sizes for more advanced canalicular and nasolacrimal probing. Malleable sterling silver shafts can be bent to mirror each patient's drainage anatomy. The 142mm overall length keeps the surgeon's grip clear of the lid margin during advancement.
The Bowman lacrimal probe in size 3/4 provides graduated probing of the lacrimal canalicular system during dacryology assessments. The polished tapered tips dilate and trace the puncta and canaliculi, and the 142mm double‑ended shaft offers two diameters in a single instrument. Stainless‑steel construction is built for reliable performance across repeat clinical reprocessing.
Bowman lacrimal probes are the workhorse of canalicular and nasolacrimal duct exploration, and this size 5/6 pair handles the wider mid‑range calibers used in adult duct work. The malleable sterling silver shaft accepts gentle in‑hand reshaping to follow the canalicular bend, then holds its new profile through the probing pass. Overall length is 142mm.
Sized 5/6, this Bowman lacrimal probe addresses the larger graduated diameters used late in canalicular and nasolacrimal duct dilation. The double‑ended design provides two probe sizes on a single shaft, and the 142mm overall length supports steady reach from the punctum through the duct. The straight stainless‑steel form transmits tactile feedback during canalicular passage.
Bowman lacrimal probe in size 7/8, crafted from malleable sterling silver so the surgeon can shape the shaft to match canalicular anatomy. The soft metal bends smoothly without springback, supporting atraumatic passage through the punctum and lacrimal system. Overall length is 142mm.
This Bowman lacrimal probe (Size 7/8) is designed for gentle probing of the lacrimal canalicular system. The standardized size facilitates consistent diagnostic exploration of canalicular patency during epiphora evaluation. The 142mm length provides steady hand positioning while allowing complete access to the full lacrimal anatomy.
The Bracken Anterior Chamber Cannula is engineered for irrigation and aspiration during anterior segment procedures. Its 19ga gauge and standard 90-degree curve conform to the anterior chamber architecture while the flattened beveled tip enables smooth entry and controlled fluid delivery. The polished stainless steel finish reduces tissue drag, and the 21mm working length provides consistent anterior-posterior reach.
Designed for irrigation through a paracentesis port, this Bracken anterior chamber cannula carries a 19g shaft curved 90 degrees with a flattened beveled tip. The bend allows the cannula to enter the chamber and direct flow back toward the surgeon's working zone. The flattened tip provides a low‑profile entry through tight incisions.
These delicate Bracken fixation forceps grasp the conjunctiva and sclera with a 0.7mm straight tip carrying a 1 × 2 tooth pattern. The interlocking teeth hold the tissue squarely during incision and suturing without dragging. A serrated 108mm handle delivers the steady pinch needed for limbal fixation, while the polished finish keeps the working end readable under the microscope.
Refined for delicate corneal work, these Bracken‑Farkas forceps in the Neumann modification carry 1 × 2 teeth at a 0.12mm tip on straight Colibri shafts. A stabilization pin keeps the platforms aligned during fine tying, and the serrated handle supports oriented fingertip rotation during corneal and limbal suturing.
The Braunstein fixed caliper bridges two measurement points (2mm and 2.5mm) on a single instrument, supporting rapid surgical assessment of corneal thickness, anterior chamber depth, or graft dimensions during refractive or corneal transplant cases. Double-ended design eliminates the need for tool switches between common measurements. Straight profile maintains precise alignment.
Braunstein fixed calipers offer fixed measurement points at 3.5mm and 4mm on opposite ends, supporting rapid marking of LRI lengths, capsulorhexis diameters, and corneal landmarks without dial adjustment. The fine points deposit ink or indent tissue precisely, and the 83mm body suits microscope work.
The Brierley Capsulorhexis Cannula is specifically designed for continuous curvilinear capsulorhexis (CCC) when a two-handed technique is preferred. Its 21ga bore tapers to 26ga at the tip for smooth anterior chamber entry, while the 0.25mm posterior aspirating port enables continuous aspiration of capsular material during the rhexis maneuver. The stainless steel construction ensures reliable performance across multiple cases.
The Brierley LASIK cannula is built for precise corneal flap irrigation and fluid management during femtosecond‑assisted LASIK. The 25ga ultra‑fine gauge minimizes corneal disturbance, while the 15mm length allows controlled fluid delivery beneath the flap during ablation. The straight geometry and small profile reduce incision trauma.
An angled working tip distinguishes this Brierley nucleus splitter, supporting controlled bisection of the cataractous lens during phacoemulsification. The single-ended knurled handle provides tactile grip stability during chop execution.