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This Farrior oval oblique ear speculum, size 1, uses a 5mm x 6mm oval opening with a 40mm overall length to support oblique visualization of the auditory canal.
Features & Benefits
This Farrior oval oblique ear speculum, size 3, uses a 7mm x 8mm oval opening with a 40mm overall length for enhanced angled canal exposure.
This Farrior oval oblique ear speculum, size 4, uses an 8mm x 10mm oval opening with a 40mm overall length for increased visualization during ear procedures.
The Farrior ear speculum with oval oblique tip (Size 5, 9 × 11mm) accommodates larger adult aural canals while maintaining superior anterior canal wall and antero‑superior tympanic visualization. The larger oval geometry distributes pressure across greater canal surface area, enhancing comfort during extended examination. At 40mm overall length, the instrument provides excellent leverage and control.
The Farrior oval oblique ear speculum (Size 6, 10 × 12mm) provides maximal aural canal retraction for large‑canal adults undergoing detailed otologic examination, cerumen impaction removal, and tympanometry. The largest oval cross‑section offers excellent pressure distribution and visualization of all tympanic quadrants. At 40mm overall length, the speculum maintains stable positioning even in challenging anatomy.
This Farrior round ear speculum provides controlled aural canal visualization for otoscopic examination and minor ear procedures. The size 3 (7mm) opening suits standard adult otologic work, while the 40mm length preserves comfortable manual positioning. Straight geometry allows direct axial view of tympanic structures.
This Farrior round ear speculum provides controlled aural canal visualization for otoscopic examination and minor ear procedures. The size 4 (8mm) opening suits larger adult or pediatric otologic work, while the 40mm length preserves comfortable manual positioning. Straight geometry allows direct axial view of tympanic structures.
The Farrior round oblique ear speculum Size 1 (6mm) provides a round aperture at an angled orientation for visualization of the superior ear canal and posterior tympanic membrane during otoscopy and minor aural procedures. The 40mm compact length suits precise hand-held control. The oblique profile optimizes visualization angles.
The Farrior round oblique ear speculum (Size 2, 7mm) delivers focused access to the anterior and superior aural canal during otologic examination with a round‑tipped design. The oblique presentation angle improves visualization of the anterior tympanic membrane and canal wall pathology. At 40mm overall length, the speculum achieves responsive positioning adjustments.
The Farrior round oblique ear speculum (Size 3, 8mm) accommodates slightly larger aural canals while preserving the anterior‑viewing benefit of the oblique geometry. The 8mm round tip provides consistent aural canal pressure without impacting tissue irritation. At 40mm overall length, the instrument supports repeated otoscopic examination and cerumen management.
This Farrior size 2 oblique oval ear speculum includes a 4×5mm inner diameter and a 42mm overall length for enhanced angled ear canal exposure.
The Faulkner antrum curette performs controlled curettage of maxillary sinus disease and granulation tissue. Its rectangular 5 × 8mm cup geometry efficiently removes pathology from sinus floor and walls. Suited for endoscopic or caldwell-luc approaches during functional sinus surgery.
These left‑opening Feder‑Ossoff micro‑laryngeal scissors provide horizontally oriented dissection for right‑sided laryngeal structures. The tapered 1mm sharp tips enable fine slicing along mucosal planes. Their slender shaft maintains excellent visualization through the laryngoscope.
These right‑opening Feder‑Ossoff micro‑laryngeal scissors offer controlled horizontal action for left‑sided mucosal dissection. The 1mm tapered blades perform fine slicing with reliable tactile feedback. A long, narrow shaft supports navigation through the laryngoscope.
This Ferguson‑Frazier suction tube angles the shaft 75 degrees with a 9 French (3mm) lumen on a 159mm body, sized for tight‑angle access in smaller surgical fields. The 100mm medium‑large working length suits ENT and head‑and‑neck cases where a sharper angle is wanted.
This Ferguson Frazier suction tube uses a 75‑degree angled shaft, an 8Fr 2.6mm lumen, a thumb cutoff plate, a 100mm working length, and a 159mm overall length for mid‑depth suction tasks.
The Ferguson‑Frazier suction tube features a 14Fr lumen with a finger‑thumb cutoff plate, enabling surgeon‑controlled suction modulation in surgical fields. The angled shaft improves approach geometry beneath overhanging structures. Its 150mm working length suits moderate‑depth aspirations.
Built at 7 French (2.3mm) on a 260mm body with 200mm working length, this extra‑small Ferguson‑Frazier suction tube delivers fine‑gauge clearance for deeper microsurgical and otologic fields. The finger‑thumb plate cutoff hole supports surgeon modulation.
The Ferguson‑Frazier suction tube at 203mm total length combines angled approach geometry with a 7Fr lumen for controlled evacuation in general surgical fields. The thumb plate cutoff hole provides surgeon‑controlled flow modulation during delicate aspiration near vital structures. The 150mm working length reaches moderately deep cavities.
This Ferguson‑Frazier variant steps up to an 8Fr lumen for increased aspiration capacity in moderately complex surgical fields. The angled shaft improves ergonomic approach beneath overhanging structures, while the thumb plate design grants real‑time suction modulation. At 150mm working length, it reaches into deeper abdominal and thoracic cavities.
The Ferguson‑Frazier angled suction tube carries a 9 French (3mm) lumen with a finger‑thumb plate cutoff hole, scaling up the suction reach to a 200mm medium working length for deeper surgical fields. The 260mm overall length keeps the hub well clear of the wound.
This Ferguson‑Frazier suction tube combines angled geometry with a 10Fr lumen and thumb plate cutoff hole, providing surgeon-modulated aspiration in moderate surgical fields. The 200mm working length and 260mm overall length balance reach with control, enabling deployment in deeper compartments. The angled design improves approach angles beneath overhangs.
This Ferguson‑Frazier suction tube features a 10Fr lumen with finger‑thumb bypass plate control for moderate‑to‑high volume evacuation in deeper surgical fields. The angled 203mm overall length with 150mm working length provides extended reach while maintaining maneuverability. The Frazier‑tip geometry supports atraumatic aspiration. Stainless‑steel construction supports routine reprocessing.
This extended Ferguson‑Frazier variant combines a 12Fr lumen with an XL 200mm working length, enabling deeper surgical site aspiration while maintaining precise surgeon control via the thumb cutoff. The 4mm tip and angled geometry optimize access in complex anatomical corridors.
This Ferguson‑Frazier suction tube combines the modified Ferguson thumb‑plate cutoff with a 6Fr Frazier‑tip lumen for controlled aspiration in confined surgical fields. The angled 260mm overall geometry with a 200mm working length enables access to deeper anatomical structures. The finger‑thumb bypass hole supports surgeon‑controlled suction modulation. Stainless‑steel construction ensures corrosion resistance.
This Ferguson Frazier suction tube features an angled design, an 8Fr 2.6mm lumen, a thumb cutoff plate, a 200mm working length, and a 260mm overall length for controlled deep‑field suction.
The Ferris Smith Kerrison rongeur features a 40-degrees upbite and 6mm jaw for precise bone removal during mastoid and posterior fossa surgery. The upbite geometry angles the cutting vector away from neurovascular structures, and the ejector and tap enhance operative efficiency.
This Ferris‑Smith fragment forceps uses a 6×8mm serrated jaw with a 105mm shaft for controlled grasping and extraction of fragments.
This fiberglass light guide (large size) couples to the largest operating laryngoscope (model 11‑194‑A7) to deliver high‑intensity illumination during extended laryngeal and tracheal microsurgery. The larger bore accommodates the A7 laryngoscope connector while transmitting sufficient light flux for visualization of deep laryngeal and upper tracheal pathology. Fiberglass durability supports repeated sterilization without degradation.
This fiberglass light guide (medium size) couples to operating laryngoscopes (models 11‑194‑A3, A4, A5, A6) to deliver focused illumination deep into the laryngeal lumen during microsurgery. Fiberglass composition transmits visible and near‑infrared light efficiently while the medium bore accommodates standard laryngoscope connectors. The guide enables hands‑free, coaxial lighting during delicate vocal cord and laryngeal pathology work.