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The Berkeley-Thornton optic zone marker is a precision tool for refractive surgery patient marking, providing dual-ended capability for both standard and customized optical zone diameters. The 4mm and 4.25mm ring ends deliver sharp contact marks on the corneal surface without tissue penetration, while the low-profile design minimizes distortion during surgical planning or topography.
Features & Benefits
This Berry wire‑twisting forceps combines tungsten‑carbide construction with 6mm rounded serrated jaws, delivering superior edge retention during repeated wire rotation and fixation. The ring handles (gold‑plated for visibility) provide ergonomic fingertip control during axial twisting motions at the vertebral lamina or transverse process. The straight 184mm profile supports stable intraoperative positioning.
Beyer rongeurs feature a spring double‑action handle and a 4mm × 15mm bite that excels at controlled removal of vertebral osteophytes and laminar bone during complex spinal reconstructions. The curved jaw naturally approaches cortical surfaces without binding, and the spring return assists the surgeon's hand during repetitive cutting cycles. The compact 178mm length balances reach with maneuverability. Reusable stainless steel supports many procedures.
The Billeau ear loop provides a 3mm medium diameter working end and 6.5 inch overall length for flexible cerumen removal and aural debris retrieval. The figure 2 design allows the operator to modulate loop depth and angle during cerumen extraction while the round knurled handle distributes grip force evenly across the palm. Reusable stainless steel withstands repeated processing and autoclave cycles.
This large Billeau ear loop measures 4mm and extends 152mm to support atraumatic retrieval and positioning of ossicles during mastoid and middle ear surgery. The straight loop geometry prevents tissue pinching, while the generous length facilitates handling in confined aural spaces.
Sized with a large 4mm working loop, this Billeau ear loop removes cerumen and small debris from the external auditory canal. The 165mm length keeps the operator's hand clear of the otoscope's field of view, and the sharpened loop edge passes cleanly under impacted wax without driving it deeper.
The Billeau medium ear loop features a 3mm wire loop designed for atraumatic removal of cerumen impactions and foreign bodies from the ear canal. The smooth loop material prevents mucosal abrasion. The 152mm straight shaft provides tactile control and direct visualization during cerumen curettage.
The Billeau ear loop is a precision instrument for mobilization and retrieval of ossicles and small fragments during middle-ear surgery and ossicular reconstruction. Its 2mm loop maintains gentle traction without tissue crush. Stainless-steel construction resists corrosion in the middle-ear cavity.
The small Billeau ear loop carries a 2mm working loop sized for pediatric and narrow‑canal cerumen removal. The 165mm length keeps the operator's hand clear of the otoscope's field, and the sharpened loop edge passes cleanly under impacted wax in tight canals.
The Billroth tumor forceps feature sharp 4 × 4 interlocking teeth with a ratchet mechanism to secure endometrial, myometrial, and ovarian tissue during gynecologic specimen removal and D&C procedures. The interlocking tooth pattern prevents slippage on dense pathologic tissue while the ratchet lock maintains stable grip throughout extraction. At 267mm, the instrument provides secure two-handed control during delicate specimen handling.
The left‑hand mate to the Binkhorst right cannula, this 22‑gauge model carries the same 30‑degree angled shaft and 2.5mm J‑shaped hook reversed for the surgeon's other hand. The 13mm bend‑to‑tip distance reaches under the iris or behind a capsular flap, redirecting irrigation or viscoelastic flow into the chambers behind.
Built for irrigating subincisional cortex from the left side of the capsular bag, the Binkhorst hooked cannula presents a 22ga shaft angled at 30 degrees with a 2.5mm J‑shaped hook at the tip. The 13mm bend‑to‑tip working length reaches under the iris and capsulorhexis edge, while the polished finish reads cleanly through the cornea. The hook engages cortex for irrigation flushing without grasping.
Designed for right‑hand viscoelastic and irrigation delivery, this Binkhorst hooked cannula carries a 22‑gauge shaft angled 30 degrees with a 2.5mm J‑shaped hook at the tip. The 13mm bend‑to‑tip distance and J profile allow the surgeon to reach behind the iris or under a capsular flap, then redirect flow precisely where it's needed during cataract maneuvers.
The Binkhorst hooked cannula delivers irrigation and IOL manipulation through the anterior chamber with a right‑hand 22ga configuration. A 30 degrees angled shaft and 13mm bend‑to‑tip reach align with a temporal approach, while the 2.5mm J‑shaped hook engages IOL features without scratching the optic. The polished finish keeps the cannula clean across repeat reprocessing.
This oval‑cup biopsy forceps delivers double‑action leverage for reliable specimen collection in general surgical biopsies. The 110mm working length provides adequate reach into body cavities while the round shaft offers balanced control. Stainless steel construction ensures durability and corrosion resistance across repeat sterilization and clinical use.
The Bishop bone curette combines a round cup geometry with a straight shaft for reliable scraping and debris removal in orthopedic cases. Size 1 delivers precise control in confined spaces, while the 159mm length balances reach with maneuverability. Stainless‑steel construction ensures durability through repeated sterilization and intraoperative use.
This Size 2 Bishop curette expands the capacity for bone curettage while maintaining the straight‑shaft precision geometry. The round cup profile efficiently removes debris and degenerated bone in deeper orthopedic fields. The 159mm length preserves tactile feedback necessary for safe tissue contact in confined operative spaces.
The Size 3 Bishop curette offers increased working surface for larger debridement volumes in orthopedic procedures. Its round cup design efficiently aggregates bone chips and debris, and the straight geometry delivers reliable tactile feedback. Built for sustained use across multiple cases through stainless‑steel durability.
The largest Size 4 round cup Bishop curette delivers maximum working surface for efficient bone removal in expanded orthopedic fields. The straight shaft maintains precise hand control throughout the procedure, while the 159mm overall length preserves reach without sacrificing tactile sensitivity. Stainless‑steel core resists wear across multiple sterilization cycles.
Bishop bone holding forceps incorporate an adjustable jaw mechanism that accommodates variable bone thicknesses and contours without requiring manual readjustment between fragments. The 229mm length provides reach suitable for deeper orthopedic exposures, and straight geometry ensures stable control when securing reductions across the periosteal and cortical interfaces. Stainless steel construction endures repeated clinical use.
The Bishop mastoid gouge performs controlled bone removal during mastoid and temporal bone surgery. Its 5mm wide blade efficiently evacuates disease and cortical bone, while the straight geometry ensures predictable advancement. The hexagonal handle provides secure grip and leverage over the full 152mm length.
This Bishop‑Harmon iris forceps is designed for delicate iris manipulation and positioning during anterior segment surgery. The 0.6mm tip and 1 × 2 tooth configuration provide secure engagement of fragile iris tissue and sphincter muscle. At 83mm overall length, the compact proportions optimize tactile control and visibility in iris reconstruction and pupil surgery.
The Blades lens‑holding forceps is engineered for stable IOL positioning within the capsular bag or sulcus during phacoemulsification. The 45‑degree angled geometry and delicate narrow jaws provide atraumatic grasp without scratching optic surfaces. The three‑hole handle enables fine adjustments throughout implantation.
The angled-up Blakesley ethmoid forceps accesses superior-ethmoid disease near the skull base during endoscopic sinus surgery. Its 45-degree angle and Size 0 proportions enable precise grasping of high ethmoid lamella and sphenoid disease. The 170mm working length preserves visualization.
The straight Blakesley ethmoid forceps excises ethmoid partitions and removes anterior-ethmoid disease during functional endoscopic sinus surgery. Size 0 tube proportions fit the narrow sphenoid ostium and anterior-ethmoid compartments. The 170mm working length maintains proximal control.
The Blakesley forceps (size 2, 4.5 × 11mm cup jaws) grasp and remove bone during FESS procedures in the ethmoid sinus and maxillary antrum. The size 2 cup geometry accommodates moderate bone and soft tissue fragments. Stainless steel construction supports the mechanical demands of sinus bone work.
Blakesley nasal forceps combine a through-cutting mechanism with a 2mm cup-shaped tip for reliable mucosa and polyp removal in functional endoscopic sinus surgery. The straight profile and 130mm working length support navigation through standard 0-degree endoscopes, while the Luer hub connection allows intraoperative irrigation for specimen evacuation and site cleaning.
The Blakesley nasal forceps with 45-degree angled shaft and 3.5mm through-cutting jaw provide access to lateral sinus recesses and anterior ethmoid cells during functional endoscopic sinus surgery. The angled approach supports removal of bone and disease from hard-to-reach ostium margins. The 115mm working length maintains deep-field visualization.
A staple of FESS instrument trays, this size 1 Blakesley nasal forceps presents straight cup jaws on a 190mm shaft for removing polyps, ethmoid cells, and middle turbinate fragments under endoscopic guidance. The smallest size in the series fits the pediatric nasal cavity and the narrowest adult ostiomeatal complex. Stainless steel construction holds the jaw alignment that endoscopic forceps depend on through repeat sterilization.
This Blakesley Size 2 nasal forceps offers a smaller cup profile for finer nasal work, including delicate turbinate handling and polypoid tissue removal. The straight configuration maintains excellent visualization through the nasal corridor.