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Curved across a 12‑tooth working face, this Aufricht glabella rasp presents an 8.5 × 20mm down‑cutting surface for refining the radix and glabellar region during rhinoplasty. The curve follows the natural concavity at the bony‑cartilaginous junction, allowing graduated dorsal reduction without flattening the radix. The 205mm overall length gives clearance from the alar base, and stainless steel construction holds the teeth through repeat reprocessing.
Features & Benefits
The Aufricht glabella rasp carries an 8.5 × 20mm up‑cutting curved working face with 12 teeth, sized for refining the bony nasal dorsum during rhinoplasty. The up‑cut tooth direction lifts bone shavings away from the working surface, and the 203mm length keeps the surgeon's grip clear of the nasal field.
This larger Aufricht nasal retractor extends retraction capability with an 11 × 60mm blade, accommodating extended surgical exposure in complex nasal reconstruction. The angled taper supports tissue positioning without pressure injury, while the Bruns-style handle permits secure, ergonomic control. Stainless steel handles repeated sterilization cycles.
The Aufricht nasal retractor features angled tapered blades designed for atraumatic retraction of nasal soft tissues during rhinoplasty and septoplasty. Its 10mm width and 45mm blade length support visualization of lateral nasal structures without aggressive spreading. The Bruns-style handle provides secure handheld control during extended dissection.
The Aufricht nasal retractor is a fixed-blade instrument designed for wide, atraumatic exposure of the nasal dorsum and sidewall during rhinoplasty and sinus endoscopy. Its solid blade with flat grooved handle provides a broad lifting surface that retracts skin and soft tissue without sharp edges. The 165mm length enables adequate reach while maintaining secure single-hand control.
The Aufricht rasp features a down‑cutting edge and curved‑backward working surface, designed for fine dorsal nasal bone contouring during rhinoplasty. Its 15/16" × 5/16" head and 203mm overall length balance precision with adequate reach. The wider ergonomic handle supports extended rasping without hand fatigue.
The Austin duckbill elevator combines a slightly curved profile with a 2.2mm blade designed for elevating the tympanomeatal flap during tympanoplasty and middle ear surgery. The 70mm working length reaches comfortably along the bony ear canal, and the duckbill geometry lets the surgeon raise the canal skin and tympanic membrane cleanly off the underlying bone. A 160mm overall length keeps the surgeon's hand outside the otologic field.
The Austin pick features a 2mm fine tip angled 90 degrees to permit precision dissection and elevation of delicate otologic structures such as the stapes footplate and ossicular bonds during ossicular reconstruction and stapedectomy. The right‑angle geometry allows the surgeon to work perpendicular to the operative field without hand obstruction. Straight shaft construction supports handheld control during microsurgical otologic work.
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.
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 adult backbiter punch uses a 2.5mm rotatable bite with 360‑degree rotation and Luer lock for maxillary sinus and sphenoid pathology access. The larger 2.5mm bite accommodates adult antral bone thickness. Stainless steel jaw surfaces grip and cut bone reliably across sinus procedures.
A backbiter rongeur with left-cut profile delivers controlled bone removal from posterior or angled surgical fields. The 2.3mm bite width and 5.58mm tip profile support precision osseous work without over-reach into adjacent structures. Reusable stainless-steel construction is built for reliable performance and lasting durability across repeat clinical use.
This double‑ended ball elevator features rounded ends and a 190mm length to support broad elevation and contouring within nasal and sinus spaces.
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 straight Ballenger swivel knife, at 4mm width, delivers a versatile cutting instrument for fine dissection and limited soft tissue separation in nasal and sinus procedures. Its ability to pivot along the shaft supports both push and pull cutting without shaft torque. Reusable stainless‑steel construction is built for reliable performance and lasting durability.
This Ballenger swivel knife incorporates a 3mm bayonet‑style blade with a flat handle and a 194mm length for angled access during nasal and septal incision work.
The Ballenger swivel knife combines a 4mm blade with a bayonet handle to provide rotatable tip control during delicate septal cartilage dissection and bone work in septoplasty and functional rhinoplasty. The swivel mechanism permits the blade to rotate independently from the handle, allowing the surgeon to modulate cutting angle without wrist movement. The bayonet handle offers compact control during extended septal work.
This Ballenger swivel knife uses a 4mm straight blade with a flat handle and a 191mm length, supporting precise septal and intranasal cutting motions.
The Ballenger swivel knife enables controlled septal dissection with rotational adjustment for variable approach angles. The 5mm blade supports fine dissection along cartilaginous and bony septum during rhinoplasty and endoscopic sinus procedures. Straight shaft geometry maintains optimal surgical visualization.
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.
This bayonet‑configured Ballenger swivel knife combines a 2.5mm blade with a flat handle for one‑handed manipulation in confined nasal pockets and septal work. The angled bayonet geometry improves visualization without shadowing the operative field. Stainless‑steel blade holds its edge across extended ENT procedures.
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.
The Barbara micro ear hook combines 1mm pointed tip with straight shank for precise ossicular palpation and stapes mobilization during ossiculoplasty. The pointed geometry permits fine tactile feedback during middle‑ear work. Stainless steel construction tolerates repeated microsurgical use.
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.