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This Converse needle holder features vertically serrated jaws and a 4.8‑inch length to support controlled suturing in confined operative spaces.
Features & Benefits
This Cottle cartilage crusher is constructed of stainless steel and designed for controlled morselization of cartilage grafts.
The Cottle cartilage crusher is a precision instrument for controlled fracturing and contouring of nasal septal and alar cartilage during rhinoplasty. Its heavy jaw geometry delivers repeatable crushing force without shattering. Stainless-steel construction maintains performance reliability across routine sterilization and clinical reuse.
The Cottle columella clamp secures the nasal columella during septal and tip rhinoplasty approaches. Its 14mm jaw width accommodates typical columellar thickness while maintaining precise positioning. The 108mm length supports single-handed manipulation during bimanual dissection.
These 25-gauge snare wires are disposable consumables packaged in convenient 12-wire bundles for oropharyngeal surgical use. The 114mm length accommodates standard snare handles while the fine gauge minimizes tissue trauma during mechanical tonsil enucleation or polyp removal. Single-use format ensures sterility and consistent cutting performance.
The Derlacki ossicle-holding clamp (1mm teeth, vertical and horizontal grooves) secures delicate ossicular elements during mastoid and tympanic surgery. Dual groove geometry (1.5mm × 4mm vertical, 1.5mm × 2mm horizontal) accommodates various ossicle configurations. The thumbscrew engagement provides graduated holding force without crushing bone.
The Dingman otoabrader (curved left) is engineered with 10 fine teeth set over a 5mm distance for controlled abrading and contouring of ossicular and mastoid bone during ossicular reconstruction and mastoid surgery. The fine tooth pattern enables smooth surface preparation without creating sharp edges or fragments that might migrate into the tympanic cavity. The curved left geometry accommodates the natural anatomy of the left side middle ear.
The Dingman otoabrader (curved right) mirrors the left design with 10 fine teeth distributed over 5mm and right curvature for bone smoothing and contouring of the right‑sided ossicular and mastoid anatomy during ossiculoplasty and mastoid procedures. The fine teeth eliminate sharp bone edges while the curve accommodates right‑sided middle ear access during endoscopic otologic approaches. At 6 inches overall length, the instrument provides balanced reach and control.
These double-prong nasal tenacula feature sharp 2mm prongs spaced for secure tissue grasping during nasal floor and septum manipulation. The straight 152mm shaft provides direct access to anterior nasal structures without obstruction. Stainless steel construction is built for reliable performance and lasting durability across repeat clinical use.
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.
The Hollinger laryngeal dissector is a 305mm straight instrument designed for blunt and sharp dissection along laryngeal structures during open laryngeal surgery. The extended length accommodates both direct operative access and angled approaches, while the straight geometry allows controlled advancement along anatomical planes. Stainless steel supports repeated sterilization.
Made of autoclavable Delrin, this House cutting block provides a non‑metallic surface for trimming Gelfoam, fascia, or cartilage grafts during tympanoplasty and ossiculoplasty. The 73 × 38 × 8mm slab protects scalpel edges during graft preparation and won't dull diamond knives used at the back table. Delrin tolerates repeat steam sterilization while resisting staining and absorption of biological material.
Working at the back table during ossiculoplasty and tympanoplasty, this House Gelfoam press flattens absorbable sponge into uniform 12 × 15mm sheets for middle‑ear packing. Consistent compression yields predictable thickness when layering Gelfoam around a prosthesis or against the tympanomeatal flap. The 5.1‑inch instrument is built for repeated steam sterilization between ear cases.
The House Gelfoam press with 12 × 16mm head and 191mm overall length is designed for gentle compression and positioning of Gelfoam and fat grafts over oval window fenestrations during stapes surgery. The flat platen distributes pressure uniformly across graft tissue, preventing overflow into the scala vestibuli. Stainless steel construction withstands repeated sterilization.
This House middle‑ear mirror uses a 2mm diameter reflective surface angled 45 degrees, paired with a round handle and a 168mm length for visualization of recessed structures.
Used during stapes surgery to measure prosthesis length between incus and footplate, this House strut caliper carries a 4.0mm tip on a malleable 168mm shaft. The hexagonal handle resists rolling on the Mayo stand and allows the surgeon to bend the shaft into the working angle dictated by middle‑ear anatomy. Stainless steel construction holds calibration through repeated stapedotomy cases and steam sterilization.
This House strut caliper features a 4.5mm tip, a hexagonal handle, and a malleable shaft with a 168mm overall length for precise measurement and positioning in middle‑ear work.
This House wire guide features a V‑shaped tip designed to support precise placement and directional control of fine surgical wire.
The House wire strut guide (0.6mm notched tip, 10-degree angle, 62mm bend-to-tip, flat handle) positions ossicular reconstruction implants during mastoid surgery. Its notched terminus prevents slippage when seating prosthetic struts. At 156mm overall, it provides extended reach and stable handling.
The House‑Dieter malleus nipper offers up‑cutting design for precise bone fragment removal during ossicular reconstruction. With an 82mm working length, the instrument reaches the stapes and oval window during mastoid and middle‑ear procedures. Stainless steel construction ensures reliable performance across repeat clinical use.
The Hurd tonsil dissector is a blunt dissector designed for gentle separation of the tonsillar capsule from surrounding pharyngeal muscle during tonsillectomy. Its rounded tip minimizes perforation risk while the stainless-steel blade glides smoothly along tissue planes. Optimal for cold steel technique.
The serrated Hurd tonsil dissector combines blunt safety with serrated working edges for enhanced grip during tonsillar dissection. The serrations bite into the tonsillar capsule and surrounding tissue without cutting through to deeper structures. Ideal for controlled separation in difficult dissection planes.
The Jackson trachea tenaculum delivers precise single‑point fixation for tracheal and laryngeal tissue stabilization during airway and laryngeal surgery. Its straight geometry and compact 146mm length facilitate rapid tension application, and the sharp tine securely grasps tissue without slippage. Stainless steel construction supports durability across multiple procedures.
The Jako laryngeal probe angles 90 degrees with a 220mm working length, sized for palpation and tissue evaluation through a laryngoscope. The right‑angle tip catches mucosal edges and structural surfaces, and the long working length suits deep laryngeal access.
The Laborde tri‑valve tracheal dilator at 140mm opens the trachea through a tracheostomy incision with three valves rather than the bi‑valve format, distributing the spreading force across a wider arc. The 140mm length keeps the operator's hand clear of the inserted tube.
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 McCabe measuring instrument features a slightly curved round shaft with 3mm, 4mm, and 5mm calibrations and a 156mm overall length to support intraoperative measurement.
The McGee malleus wire crimper features a 3mm angled jaw geometry designed for precise ossicular wire or cartilage graft stabilization during ossiculoplasty and ossicular replacement surgery. Its downward angle facilitates access to the stapes footplate region, and the 82mm working length reaches deep tympanic structures. The large model accommodates secure crimping force.
The Metzenbaum fenestrated needle holder offers a straight jaw pattern with fenestration windows that reduce instrument weight while maintaining secure needle grip. Its 178mm length supports comfortable needle manipulation in ENT procedures. The spring-driven closure ensures repeatable grasp tension for reliable suturing mechanics.