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The Austin pick (3mm tip, angled 90 degrees) provides precise ossicular dissection and mobilization during mastoid procedures. Its 3mm blunt tip navigates around delicate structures within the tympanic cavity. The acute angle enables access from multiple surgical directions in ossicular chain work.
Features & Benefits
Austin's short angled pick addresses confined spaces within the tympanic cavity and mastoid niches. Though the description indicates a straight curvature, its compact proportions make it suitable for tight ossicular and tympanic work. Reusable stainless steel construction supports ear surgery protocols.
The Austin sickle knife (3mm curved blade) shapes ossicular structures and removes bone during stapes and oval window procedures. Its curved geometry follows anatomic contours of the tympanic cavity. Stainless steel composition ensures durability across repeat otologic cases.
The Ballenger chisel carries a 2mm V‑shaped cutting head on a 148mm body, sized for fine nasal and septal cortical cuts during septoplasty. The V‑shape concentrates the cutting force into the bone interface, and the moderate length suits standard nasal access.
Designed for septal work in rhinoplasty and functional rhinonasal endoscopic sinus surgery (FESS), the Ballenger septum elevator features a double‑ended construction that accommodates elevation of both deviated septal cartilage and bone. The straight profile and 8.75 inch length provide the reach necessary for complete sphenoid and maxillary sinus ostium exposure during initial dissection. Stainless steel durability supports reliable septal manipulation across repeat cases.
The Ballenger swivel knife is a bayonet nasal knife with a 3mm blade designed for controlled incision-making and mucosal dissection during septoplasty and rhinoplasty. The bayonet geometry maintains hand position away from the surgical field, while the fine blade width enables precise mucosal cuts. Stainless steel ensures reliable edge retention.
The Ballenger V‑shaped chisel performs controlled osteotomy during nasal and sinus surgery. Its 4mm V‑profile blade directs force perpendicular to bone while minimizing lateral soft tissue trauma. Suited for precise septal and turbinate bone work during endoscopic or open approaches.
The Ballenger V-shaped chisel with 6mm wide blade delivers a cutting edge optimized for septal cartilage and bone separation during septoplasty and rhinoplasty. The V-shaped geometry concentrates force along a narrow plane, facilitating clean separation of cartilage from bone and mucoperichondrium. Straight geometry supports direct mallet control.
Barnhill adenoid curettes Size 1 deliver controlled adenoid tissue removal with monopolar electrosurgical capability enabling hemostatic debulking during pediatric adenoidectomy. The compact size accommodates narrow nasopharyngeal anatomy in young children. Electrosurgical integration reduces blood loss while maintaining controlled tissue separation during adenoid debulking.
Barnhill adenoid curettes Size 2 provide intermediate-capacity tissue removal during pediatric and early adolescent adenoidectomy procedures. Monopolar electrosurgical design enables hemostatic control during adenoid debulking in mixed pediatric-adult nasopharyngeal anatomy. Graduated sizing across the Barnhill series allows procedure-matched instrument selection.
The Barnhill adenoid curette (size 3, monopolar) combines electrical conductivity for hemostatic adenoid tissue removal with a size 3 cup geometry suited for adolescent and adult adenoid hypertrophy. The monopolar design permits integrated electrosurgery during adenoid bed hemostasis following mechanical removal. The blunt cup design prevents nasopharyngeal wall perforation during adenoid curettage.
Barnhill adenoid curettes Size 4 are the largest in the graduated curette series, designed for efficient adenoid tissue removal in adult cases with significant adenoid hypertrophy. Monopolar electrosurgical design enables hemostatic control during extensive nasopharyngeal tissue debulking. Robust construction tolerates the mechanical demands of adult adenoidectomy procedures.
This 7Fr Baron suction tube delivers controlled fluid evacuation across ENT and general surgical fields where a slim straight cannula is preferred. The 94mm working length within an overall 146mm shaft balances reach with surgeon control at the field. Stainless‑steel construction holds up across repeat sterilization cycles in routine clinical use.
This Beckman adenoid curette (Size 5, 14.5mm) delivers focused tissue removal during pediatric adenoidectomy. The 200mm overall length provides mechanical advantage while the 14.5mm cup diameter accommodates the adenoid bed dimensions. The straight design prevents inadvertent contact with the soft palate.
The Beckman adenoid curette (Size 6, 17.5mm) offers a larger cup for adenoid removal in older children and young adolescents. The 200mm length provides ergonomic control while the 17.5mm diameter cup accommodates larger adenoid tissue volumes. The straight geometry prevents palatal contact during intraoperative manipulation.
Angled 90 degrees at the working end, this Bellucci pick brings a 0.5mm tip into precise contact with ossicular structures during stapedectomy and middle‑ear reconstruction. The right‑angle geometry reaches behind the incus and stapes superstructure where straight instruments cannot follow. Stainless steel construction maintains tip integrity through repeat ototology cases and reprocessing cycles.
These Bellucci ear scissors feature a left-curved blade geometry scaled for fine tympanic and aural dissection. The large model sizing accommodates surgeon hand comfort while the curved profile facilitates work around mastoid and ossicular structures.
These curved right Bellucci ear scissors provide controlled dissection in the mastoid cavity and middle ear spaces during otologic procedures. The large model geometry delivers substantial cutting power while maintaining fine tip precision for delicate ossicular and mucosal work. The right curve supports access to left‑sided mastoid structures.
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 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.
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.