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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.
Features & Benefits
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.
These lightly curved Bracken iris forceps engage iris tissue and small membranes with delicate cross‑serrated tips that grip without crushing. The gentle curve follows the iris plane for atraumatic approach, and the matte finish reduces microscope glare during fine anterior segment work. A serrated handle supports controlled fingertip pressure across the 102mm length.
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.
The Brown nucleus cracker features cross‑action jaws and a flat fenestrated handle optimized for surgeon control during phacoemulsification nucleus splitting. Titanium construction provides rigidity needed to fracture hard nuclei while the fenestrated grip distributes pressure evenly across the palm. The crossing action amplifies bite force without requiring excessive hand squeeze.
The Brown-style triple-post speculum combines nasal and temporal wire blades with a center superior stabilizing wire for precise eyelid positioning. The adjustable Lieberman mechanism angles toward the temple, optimizing temporal clear corneal incision approach. Its 16mm blade size suits small to moderate eyes, while the three-point suspension distributes retraction pressure evenly.
The Brown triple-post speculum combines titanium construction with open-wire architecture and adjustable 15mm blades for maximum anterior chamber exposure during complex phacoemulsification and refractive surgery. The triple-post fixation provides superior stability during prolonged cases, while the lightweight titanium frame reduces periorbital tissue fatigue.
The Bruder rectangular expressor delivers targeted pressure to obstructed meibomian glands through its flat, broad paddle tip. This geometry distributes force across the lid margin without focal tissue trauma, facilitating consistent lipid clearance in dry eye disease management. The 111mm stainless‑steel design supports durable clinical use across repeat cases.
The brush cannula is engineered for gentle backflush removal of residual cortical material during phacoemulsification cleanup. Its 1mm silicone brush tip provides atraumatic contact with fragile posterior capsule while the 20-gauge cannula enables efficient fluid flow. The design minimizes capsular perforation risk during final cortical polishing.
The Bunge evisceration spoon is designed for controlled removal of intraocular contents during evisceration procedures following intraocular infection or irreversible trauma. Its 12mm spoon diameter and flat disc‑shaped tip provide atraumatic scleral surface contact while efficiently loosening and extracting intraocular structures. The flat handle and 140mm overall length support comfortable handheld control during posterior globe manipulation.
Bunge evisceration spoons scoop intraocular contents from the scleral shell during evisceration for endophthalmitis or end-stage ocular pathology. The 8mm disc-shaped flat spoon clears vitreous, lens, and uveal tissue from the posterior segment while preserving scleral and optic nerve attachments. A flat smooth handle gives steady grip across the 137mm length.
The Bunge evisceration spoon with small 10mm tip is engineered for gentle removal of intraocular contents during evisceration procedures while preserving the scleral shell integrity. The spoon geometry distributes contact pressure across a broad surface, minimizing focal scleral trauma during tissue extraction.
The Buratto adjustable speculum provides variable lid retraction control through an adjustment mechanism that adapts to individual eye and patient anatomy during corneal, refractive, or anterior segment procedures. The adjustment feature minimizes excessive pressure on the eyelid margin while maintaining optimal operative field exposure. Stainless steel construction supports efficient sterilization and reprocessing.
This Buratto hydrodissection cannula is a 25ga instrument with a 24mm overall length for controlled cortical cleaving during cataract extraction. The straight profile supports balanced hydrodissection waves within the capsular bag.
The Buratto LASIK flap forceps is engineered for corneal flap manipulation during refractive keratotomy. Its 0.8mm serrated disk‑shaped tips grasp and move flap edges with minimal trauma during ablation and repositioning. The curved shaft geometry adapts to corneal contour at 102mm working length, and stainless steel construction supports reliable performance across repeated cases.
These Buratto soft IOL inserting forceps feature extra‑delicate highly polished convex jaws engineered to reduce surface friction during lens delivery. The polished contour supports low‑resistance IOL advancement.
The Burnstine lacrimal cannula delivers irrigation through a 23‑gauge shaft tapered to a 0.15mm end opening, suited for canalicular and lacrimal sac flushing. At 13mm long, the cannula passes through the punctum and sits within the canaliculus for targeted lavage. The narrow end opening directs fluid precisely without overwhelming the passage.
The double‑ended Burrato flap protector pairs 10mm crescent blades on either end of a serrated handle, providing two working faces for shielding the corneal flap during LASIK and other lamellar refractive procedures. The serrated handle improves fingertip purchase during flap repositioning, and the crescent shape conforms to the flap edge.
The Burrato flap protector shields a freshly cut LASIK flap during ablation and irrigation. Its single‑ended 10mm crescent blade slides beneath the flap to support the underlying stromal bed and keep the hinged tissue clear of stray instrument contact across the 130mm length.
The Burrato flap protector in titanium presents a single‑ended 10mm crescent blade on a grooved handle, designed to shield the corneal flap during LASIK and other lamellar refractive procedures. The crescent shape conforms to the flap edge during repositioning, and titanium construction holds shape across repeat reprocessing.
The Burrato LASIK Cannula is engineered for multi-port fluid management during laser refractive surgery. Its 23ga gauge and angled vaulted semi-closed tip design with one front port and two side ports enable controlled distribution of irrigating solution during LASIK flap creation and ablation. The 25mm working length and angled geometry provide optimal visualization and fluid control.