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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.
Features & Benefits
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.
Sized at 3.75mm, this Bores O‑Z marker defines a slightly wider optical zone for refractive planning and corneal incision reference. The smooth handle helps the surgeon center the ring cleanly over the visual axis before contact. A 100mm balanced body keeps pressure even during the marking pass.
This Bores O‑Z marker produces a 4.25mm imprint suited to smaller anatomical landmarks. The precise circular marking documents limbal position and arcus visualization during refractive surgery planning and anterior segment procedures. The consistent handle weight supports repeatable pressure control across marking cycles.
Stepping up to 4.5mm, this Bores O‑Z marker sits in the mid‑range of the refractive marking set, stamping an optical‑zone ring large enough for standard ablation centration. The smooth handle and 102mm straight stainless‑steel shaft give the thumb a stable point of contact, and the polished face transfers ink cleanly to the corneal surface.
This Bores O‑Z marker bridges mid-range anatomical marking with its 4.75mm circular imprint. The precisely sized contact area identifies pupillary borders and arcus zones during anterior segment assessment. The smooth handle and 100mm shaft deliver repeatable positioning and pressure control.
This Bores O‑Z marker delivers precise 5.25mm diameter marking for optic nerve head evaluation and zonular assessment. The circular contact imprint identifies anatomical landmarks during cataract and glaucoma procedures, while the smooth handle supports steady contact without tissue trauma. The 100mm length positions the surgeon's hand away from the operative field.
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.
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.
This Boucheron round ear speculum set carries four large sizes � 5.5mm, 6.5mm, 7.5mm, and 9mm � for graduated ear canal examination across adult anatomies. The round profile preserves a clear visual axis to the tympanic membrane, and the matched set lets the examiner step through sizes without changing speculum families.
Straight Bozeman uterine forceps at 254mm carry the long shaft and serrated jaws of the Bozeman family, sized for transcervical packing placement and tissue grasping within the uterine cavity. The straight profile suits a direct in‑line approach through the cervical canal.
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.
Sized to 3 French, this Brackman suction tube is built for fine aspiration in otologic and microsurgical fields where lumen control matters more than volume. Stainless‑steel construction supports cleaning of the narrow bore between cases. The small caliber draws fluid without disturbing adjacent middle‑ear or microsurgical structures.
The Braun uterine tenaculum is a straight, fine-pointed instrument designed to stabilize the uterus during dilation, curettage, IUD insertion, and hysterectomy. The single sharp point penetrates tissue with minimal crush, providing secure traction without slipping. At 254mm, the instrument supports comfortable hand positioning and controlled countertraction during cervical and uterine manipulation.
The Brewster retractor provides broad, atraumatic tissue separation with its curved convex 20 × 38mm blade design ideal for abdominal and deep-field retraction. The blade geometry distributes pressure across a larger contact surface, reducing tissue trauma. The 216mm length and stainless-steel construction ensure reliable, durable retraction across routine general surgical cases.
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 Brophy gum suture scissors carry curved sharp/sharp tips with a 36mm screw‑to‑tip distance, sized for cutting suture material flush against the gingival surface during oral surgical closure. The two‑tone finish identifies the cutting edge, and the 140mm length keeps the surgeon's hand clear of the oral field.
Heavy‑model Brown dissecting scissors carry straight beveled blades with round blunt tips on a 146mm frame, sized for soft‑tissue dissection where a sturdier instrument is wanted than the standard model. The two‑tone finish identifies the cutting edge, and the round blunt tips reduce sharp‑injury risk.
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.
Built for septoplasty cartilage removal, this large Bruening septum forceps carries 8.5mm fenestrated jaws on a 191mm shaft. The window in each jaw lets cartilage protrude as the bite is taken, producing predictable strip removal without crushing surrounding mucoperichondrium. Stainless steel construction holds the jaw alignment that fenestrated forceps depend on through repeated steam cycles.
Built for posterior septal work, this size 2 Bruening septum forceps adds a cross‑action handle to 9 × 11mm fenestrated jaws on a 110mm working length. The cross‑action grip closes the jaws when the handle is released, giving the surgeon a one‑hand bite and hold on cartilage strips deep in the nasal cavity. Stainless steel construction maintains the jaw alignment that fenestrated bites demand through repeated reprocessing.
This Bruns-Spratt curette at size 00 combines an oval cup with angled geometry, tilted forward 10 degrees to improve approach angle during intervertebral and articular surface work. The hollow handle reduces weight and fatigue, and the 171mm length supports controlled, sustained curettage. Stainless steel construction withstands routine sterilization.
Bruns-Spratt curette, size 4, with an angled-forward working geometry and hollow handle enables efficient removal of ossified disc and osteophytic material from vertebral endplates during fusion preparation. The angled profile improves approach without hand contortion, and the larger oval cup volume accelerates debris removal.
This Bruns-Spratt curette, size 5, with an angled-forward profile and hollow handle is optimized for aggressive debris clearance from large intravertebral and disc spaces during extensive fusion preparation. The angled geometry permits efficient scraping without excessive wrist rotation, while the hollow handle sustains comfort during prolonged use.
Bruns-Spratt curette, size 6 (largest), with an angled-forward geometry and hollow handle delivers efficient bulk removal of ossified disc and vertebral body osteophytes during extensive spinal fusion preparation. The angled profile improves intravertebral access without hand contortion, and the hollow handle reduces fatigue during extended procedures.
Sized at Size 5, this larger Brun curette carries a substantial oval cup on a hexagonal solid handle at 229mm for high‑volume bone removal during major orthopedic exposures. The larger cup clears cancellous bone in single‑pass strokes during sustained debridement.
The Bruns‑Spratt curette in size 00 combines a 45‑degree angled approach with an oval cup for controlled decortication of vertebral endplates and metaphyseal bone surfaces. The hollow handle reduces hand fatigue during sustained scraping motions, while the 229mm length enables reliable access to mid‑spinal segments. Stainless‑steel construction withstands repeated sterilization cycles.
This Bruns-Spratt size 00 straight curette presents a smaller round cup on a 171mm shaft with hollow handle, ideal for fine detail work in confined spinal spaces. The straight profile and diminished cup size enable precise curettage of lamina, facet joint surfaces, and neural foramen boundaries.