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The Size 3 laryngeal mirror (20mm diameter) provides adequate visualization of the laryngeal inlet during indirect laryngoscopy. The hexagonal handle offers stable grip and prevents rotation during examination. Stainless steel reflective surface withstands repeated defogging and sterilization cycles while maintaining optical clarity.
Features & Benefits
At 10mm (K0/#00), this small‑pediatric laryngeal mirror gives a focused view of the supraglottic structures in pediatric and small‑adult patients. The compact mirror face preserves field clarity through narrow oropharyngeal access, and the round handle stabilizes the examiner's grip.
At 8mm (K00/#000), this laryngeal mirror is the smaller of two pediatric sizes, suited to infants and very small children where standard mirrors crowd the oropharynx. The polished face holds image clarity through narrow access, and the round handle stabilizes the examiner's grip.
Sized at 6mm (K000/#0000), this laryngeal mirror is the smallest in the standard pediatric ENT exam set, intended for infants where the oropharyngeal opening will not accommodate larger mirrors. The polished surface holds image clarity at the small scale.
This 12mm laryngeal mirror (K1/#0) bridges the pediatric and small‑adult exam ranges, useful when the K0 size is too small but adult sizes crowd the oropharynx. The polished face holds image clarity, and the round handle stabilizes the examiner's grip during posterior pharyngeal inspection.
At 30mm, this K10/#7 laryngeal mirror gives the widest standard field of view in the ENT exam set, useful when broad visualization of the vocal cords and supraglottic structures is needed. The polished surface holds image clarity, and the round handle stabilizes positioning.
This 16mm K3/#1 laryngeal mirror duplicates the Size 1 hex‑handle 16mm diameter in a round‑handle format for examiners who prefer the round‑handle grip. The K3/#1 sizing aligns with international ENT exam conventions.
This 18mm laryngeal mirror (K4/#2) sits at the smaller end of the routine adult exam range, useful when standard sizes crowd the patient's oropharyngeal opening. The polished surface holds image clarity, and the round handle gives the examiner a steady grip during posterior pharyngeal inspection.
This laryngeal mirror, size K5/#3, features a 20mm reflective surface with a hexagonal handle for stable intraoral visualization.
The laryngeal mirror Size K5 (#3) with 20mm reflective surface is designed for indirect visualization of the larynx and vocal cords during laryngoscopy and phonosurgery. The round handle supports single-handed manipulation with minimal fatigue. Anti-reflective coating or fog-resistant preparation enhances visibility during prolonged examination.
Sized at 22mm (K6/#3), this laryngeal mirror gives a compact view of the posterior pharynx and laryngeal inlet during indirect laryngoscopy. The round handle delivers a comfortable hold during examination, while the polished reflective surface preserves a sharp image under exam lighting.
This 26mm laryngeal mirror (K8/#5) sits in the middle of the routine ENT exam range, balancing field of view against patient comfort. The polished face returns a clear image, and the round handle gives the examiner a stable hold during posterior pharyngeal inspection.
At 28mm (K9/#6), this laryngeal mirror sits between the standard ENT exam sizes for surgeons who need slightly more field than the 26mm version. The polished reflective face holds image clarity during posterior pharyngeal inspection, and the round handle stabilizes positioning.
At 14mm (Size 0) on a hexagon handle, this laryngeal mirror bridges the pediatric and small‑adult exam sizes, suited to patients where the 12mm Size 00 is too small and the 18mm Size 2 too crowding. The hexagon handle stabilizes the examiner's grip.
The Size 00 laryngeal mirror at 12mm on a hexagon handle scales the routine adult exam down for pediatric and small‑adult patients. The compact mirror face preserves field clarity through narrow oropharyngeal access, and the hexagon handle stabilizes the examiner's grip.
Sized at 16mm, this Size 1 laryngeal mirror sits between Size 0 and Size 2 for graduated ENT exam workflows. The hexagon handle resists rolling on the exam tray, and the polished face holds image clarity during posterior pharyngeal inspection.
Sized at 22mm with a hexagon handle, this Size 4 laryngeal mirror sits between the K8/#5 and Size 5 hex‑handle sizes for graduated ENT exam workflows. The hexagon handle resists rolling, and the polished face holds image clarity.
The Size 6 laryngeal mirror at 26mm on a hexagon handle gives a moderate field of view for routine ENT exam, with the hexagon profile resisting rolling on the exam tray. The polished face holds image clarity during posterior pharyngeal inspection.
Sized at 28mm on a hexagon handle, this Size 7 laryngeal mirror sits just below the widest hex‑handle option in the exam set, balancing field of view against patient comfort. The hexagon profile resists rolling and the polished face holds clarity.
The Size 8 laryngeal mirror at 30mm on a hexagon handle gives the widest hex‑handle field of view in the exam set, suited to cases where broad visualization of the supraglottic structures is wanted. The hexagon profile resists rolling on the exam tray.
The laryngoscope holder is an improved model with manually operated gear mechanics that provide mechanical advantage for laryngoscope positioning. The gear-driven system enables surgeons to lock and adjust laryngoscope angle precisely during microlaryngeal procedures, eliminating hand fatigue. This dedicated holder facilitates exposure of the anterior commissure and deep laryngeal structures.
This Lempert elevator incorporates a 3mm slightly curved blade with a flat handle and a 171mm overall length to support precise tissue elevation.
The Lempert elevator features a 7mm curved blade designed for controlled elevation of the periosteum and mucoperichondrium during mastoid and ossicular surgery. The curved geometry follows bone and cartilage contours. The 183mm angled shaft provides leverage and visibility during stapes footplate and ossicular bed preparation.
The Lempert endural curette performs controlled bone and tissue removal during mastoid surgery and endaural approaches. Its 2.5 × 4mm oval cup geometry efficiently evacuates granulation and bone disease from mastoid air cells. The Bruns style handle and 178mm length support prolonged operating while maintaining precise tactile feedback.
This Lempert rongeur features a straight 2.5mm‑wide by 10mm‑long cup with a 165mm overall length for controlled bony tissue removal.
This Lewis nasal rasp combines a coarse grit surface with a 19 × 10mm working face for aggressive bone smoothing during septorhinoplasty. The 178mm overall length provides ergonomic control while the coarse texture removes bony irregularities left by osteotomes. Multiple passes achieve the final bone contour before closure.
The 178mm Lewis nasal rasp delivers fine‑grit finishing for detailed septal and dorsal contouring in rhinoplasty. Its 19 × 10mm working surface enables precision smoothing of cartilage and bone surfaces after heavier instrumentation. The measured grit profile achieves cosmetic refinement without aggressive tissue trauma.
The Lewis rasp in straight configuration with coarse teeth and 8mm jaw width provides controlled dorsal hump removal and bone smoothing during rhinoplasty. Back-cutting geometry pulls abraded bone away from the operative field, maintaining visual clarity. The 191mm length supports extended two-handed control during nasal bone contouring.
The Lillie ear hook with 1mm ball tip and 90‑degree angled design (2mm from bend to tip) provides precise palpation and manipulation of ossicular structures during otologic microsurgery. The fine ball tip permits gentle handling of delicate ossicles without mucosal trauma. The serrated handle ensures secure grip control during intricate middle ear work. At 173mm overall length, the hook delivers the reach and control necessary for mastoid ossicular surgery.
The Lillie nasal speculum offers delicate access for narrow or pediatric nasal cavities with its 32 × 3.6mm thin round blades. The 130mm shaft length provides controlled leverage without turbinate trauma during examination or minor procedure introduction. Its straight geometry supports fine visibility in confined spaces.