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The News tracheal retractor is a curved instrument with a sharp hook tip designed to elevate and hold the trachea during neck surgery. The 150mm length provides sufficient reach for subglottic and cervical tracheal exposure, while the curved geometry conforms to neck anatomy. The sharp hook provides reliable tissue engagement without requiring additional manipulation.
Features & Benefits
The Noyes ear forceps delivers an 8mm serrated jaw for secure grasping of aural tissue, granulation, or epithelial debris during otoscopic procedures and tympanic work. The 87mm shaft maintains reach while keeping the surgeon's hand clear of the operative canal. Ebony finish is traditional ENT styling.
The Noyes ear forceps deliver an 8mm serrated jaw specifically designed for grasping cerumen and debris during aural canal cleaning and otologic procedures. The serrated surface prevents slipping on moist or waxy material. The straight 87mm working length provides midfield access to the ear canal without blocking the surgeon's view through an operating microscope.
The straight Noyes nasal dressing forceps provides serrated grip for secure handling of nasal dressings and gauze packs following nasal and endoscopic surgery. Its serrated jaws prevent slippage during placement or removal of delicate dressing material. Stainless steel supports routine reprocessing across multiple cases.
The Noyes nasal tissue forceps combines 1 × 2 interlocking teeth with a serrated jaw to secure mucosa and tissue fragments during nasal and sinus work. The 110mm working length and 175mm overall length extend reach while the jaw design distributes grip across soft tissue without crushing.
This obtuse pick (0.25mm tip, 30-degree angle) enables ultraprecise dissection in confined ossicular spaces. Its minimal tip diameter (0.25mm) allows work in microscopic tympanic anatomy. The 30-degree angle supports access to posterior epitympanic niches and sinus tympani regions.
The Obwegeser retractor presents an 80 × 16mm toe‑up blade on a finger‑loop handle, sized for soft‑tissue retraction during orthognathic and maxillofacial procedures. The toe‑up geometry hooks beneath tissue planes for sustained exposure, and the 230mm length keeps the handle clear of the operative field.
The Obwegeser septonasal osteotome at 4mm width is designed for controlled bone work during rhinoplasty and septal bone reduction in functional and cosmetic nasal surgery. The graduated straight blade provides progressive force transmission from handle to osteotomy site. At 190mm overall length, the instrument delivers the leverage and control necessary for safe, precise septal and nasal bone cuts.
The Obwegeser septonasal osteotome at 6mm width enables efficient bone removal during nasal septal reduction and dorsal hump resection in rhinoplasty. The graduated blade design distributes force gradually, reducing shock and trauma to adjacent nasal structures. At 190mm overall length, the instrument provides the reach and control needed for precise cartilage and bone contouring.
The Obwegeser septonasal osteotome at 8mm width accommodates larger bone removal requirements during extensive rhinoplasty and revision nasal surgery. The graduated straight blade geometry minimizes fracture propagation into unintended areas while maximizing efficient septal and dorsal bone cutting. At 190mm overall length, the wider blade supports high‑volume osteotomy in complex nasal reconstructions.
This laryngoscope (Figure 5) is a rigid viewing tube designed for direct laryngeal visualization during routine laryngoscopy and laryngeal microsurgery. At 172mm length with 16mm inner diameter and 29 × 19mm outer dimensions, it accommodates standard microlaryngeal instruments and suction cannulae. The round geometry provides unobstructed illumination and visualization of the vocal cords, anterior and posterior commissure, and subglottic larynx.
This double‑ended ostium seeker combines 2mm and 2.5mm ball end tips to locate and probe the maxillary and sphenoid ostia during endoscopic sinus surgery. The smooth ball geometry prevents mucosal tears and allows surgeon identification of sinus openings through tactile feedback. At 190mm length, it provides comfortable reach into the ostiomeatal complex.
This Ostrum antrum punch forceps features a backward‑cutting 3×7mm bite with a 4.5‑inch shaft to support controlled antral punching.
The adult ostrum antrum punch with rotatable backbiter and finger post delivers 2.5mm bite and precise control for maxillary sinus bone removal. The finger post improves grip ergonomics during aggressive sinus floor work. Luer lock connection ensures stable instrument engagement in endoscopic sinus surgery.
The Ostrum antrum punch, sized for pediatric nasal anatomy, delivers a 1.5mm bite in a left configuration for precise creation of antrostomy during pediatric FESS. The 100mm working length accommodates smaller nasal passages while the punching action creates controlled bone openings.
This pediatric right‑sided ostrum antrum punch delivers a 1.5mm bite specifically sized for pediatric maxillary ostium creation during endoscopic sinus surgery in children. The right orientation supports left‑handed surgeon access to right‑sided disease, and the compact 100mm working length accommodates pediatric nasal anatomy. The through‑cut geometry produces clean bony openings.
The pediatric ostrum antrum punch with rotatable backbiter and finger post delivers 1.5mm bite and 360‑degree rotation for controlled maxillary antral bone removal in children. The finger post improves grip control during multi‑directional punching. Luer lock connection ensures stable function across cases.
This pediatric ostrum antrum punch employs a 1.5mm backbiter jaw with 360‑degree rotation and Luer lock for rapid maxillary antral access in children. The 100mm working length suits the smaller pediatric nasal cavity and anterior maxillary sinus anatomy. Stainless steel jaws withstand repeated pediatric sinus cases.
The ostrum antrum punch (sidebiting, left, adult, 3mm × 7mm bite, ring handle, 100mm working length, 178mm overall) removes bone to enlarge the ostium or create secondary antral communications. Its sidebiting geometry accesses lateral nasal anatomy, while the 3mm × 7mm bite removes bone in measured increments. The ring handle distributes forces across the palm.
This small ostrum antrum punch delivers a 2mm bite for creating controlled middle meatal antrostomy during FESS and endoscopic maxillary surgery. Its straight through‑cut geometry produces clean bony aperture without excessive surrounding trauma. The compact size suits delicate maxillary ostium work.
This ostrum antrum punch is configured as a backbiter, allowing surgeons to enlarge the middle meatal antrostomy in a controlled, retrograde fashion. The 2.5 × 7mm bite aperture removes bone from the mucosa-bearing surgical plane without excessive tissue trauma. Working length of 110mm provides sufficient shaft leverage during transnasally-directed punching actions.
The pediatric ostrum punch with straight backbiter jaw and Luer cleaning port features 1.5mm bite for maxillary antral bone work in children. The integrated cleaning port permits irrigation between punching strokes to maintain visualization. Stainless steel construction tolerates pediatric case repetition.
The Ostrum antrum punch with Luer-lock coupling and upside-back cutting geometry delivers 1.5mm punching action for pediatric antrostomy creation. The back-cutting design avoids impaction while the Luer connection enables rapid tool changeover during endoscopic procedures.
The ostrum sinus punch (straight, left) creates a controlled opening into the maxillary antrum from the nasal cavity during FESS and antrostomy procedures. Its left-sided orientation accommodates contralateral approach work. Stainless steel construction supports the punching forces required for antral access.
This Paparella elevator knife features a teardrop‑shaped 3mm x 8mm curved blade with an octagonal handle and a 163mm overall length for controlled elevation of tympanomeatal flaps.
This Paparella pick, left‑sided (#16), uses a 0.9mm wide tip and a 165mm overall length for controlled dissection from the contralateral side.
This Paparella pick, right‑sided (#16), features a 0.9mm wide tip with a 165mm length for controlled microdissection.
This Paparella straight needle (#6) features a heavy malleable 70mm working shaft and a 165mm total length for controlled middle‑ear access.
The Parell intra-nasal needle holder combines angled shafts with a tapered 1.5mm tungsten carbide jaw designed for intricate nasal suturing. Tungsten carbide provides superior grip and durability compared to stainless steel, resisting jaw spread during forceful needle passage. The 178mm length and angled configuration optimize ergonomics during confined nasal work.
The Parkes‑Maltz nasal rasp with medium‑fine grit (36 teeth) offers finer bone contouring than the grit 5 model, making it ideal for final dorsal and alar bone smoothing in rhinoplasty and revision nasal work. Tungsten carbide construction ensures durability across repeated nasal procedures while the hollow handle design minimizes hand fatigue during precision finishing work. At 8.25 inches, the instrument provides adequate length for complete nasal anatomy access.