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The angled Becker septum scissors combine squeeze handle design with serrated blades for controlled septal mucosa and cartilage cutting in septorhinoplasty procedures. The angled geometry improves visualization along septal contours, and the serration secures tissue without slippage. The 161mm length provides balanced reach for nasal work.
Features & Benefits
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 Bellucci large‑model scissors with 8mm blades and straight configuration deliver robust cutting capability for large tissue planes and cartilage dissection in otologic and lateral neck procedures. The large blade width reduces the number of passes needed for thick tissue. Reusable stainless‑steel maintains its cutting edge.
The Bellucci large‑model ear scissors with 8mm blades and 100mm working shaft deliver controlled cutting in the limited ear canal and mastoid spaces during otologic procedures. The extended working shaft maintains visualization while the large blade width accommodates thicker cartilage. Stainless‑steel construction ensures lasting clinical durability.
The Boettcher curved scissors present a 185mm length suited for otologic and lateral neck dissection work where extended reach aids visibility in deeper anatomic planes. The ring handle design and gentle curve accommodate the surgeon's natural hand geometry for prolonged cutting without fatigue. Reusable stainless‑steel blades maintain their cutting edge across many surgical cases.
These large squeeze grip Caplan nasal scissors combine double‑action spring handle mechanics with a curved shaft and serrated blades for controlled dorsal and septal tissue cutting in extended rhinoplasty procedures. The double‑action spring reduces hand fatigue while maintaining fine blade precision. The 191mm length reaches throughout the nasal cavity.
The Converse‑Wilmer nasal scissors feature blunt angled blades and an overall length of 4.25 inches (108mm), designed for fine dissection and cutting of nasal mucosa, cartilage, and bone during open rhinoplasty and revision septorhinoplasty. Blunt blade tips reduce risk of unintended perforation into nasal airway or facial soft tissues.
The Cottle dorsal scissors with heavy design, angled shanks, and blunt rounded tips is engineered for safe manipulation of delicate nasal dorsal soft tissue during rhinoplasty. The angled shank geometry preserves visualization while maintaining distance from deep neural and vascular structures. Blunt tips minimize penetrating trauma during dorsal profile work.
Cottle dorsal scissors combine heavy-construction gauge with angled shanks and blunt rounded tips for controlled cutting during nasal dorsum reshaping and septal work. The two-tone finish enhances intraoperative visibility between instrument and mucosal tissue. Blunt-blunt blade profile prevents inadvertent mucosal penetration during subperiosteal nasal dissection and dorsal reduction phases.
These angled‑shaft Cottle dorsal scissors carry Super Cut serrated straight blades for clean dissection along the nasal dorsum during septoplasty and rhinoplasty. The two‑tone finish identifies the Super Cut edge, the black ring handles improve grip, and the 159mm length keeps the working tips well clear of the operator's view.
The Cottle dorsal scissors combine angled rounded shanks with straight tungsten-carbide blades optimized for nasal dorsum dissection during open rhinoplasty. The 160mm length provides controlled reach while the ring-handle design enables precise two-handed manipulation. Tungsten carbide maintains a sharp cutting edge through dense fibrous tissue without dulling.
Heavy serrated blades on this angled Cottle scissors provide secure grip and controlled cutting of nasal septum and sinus mucosa during rhinoplasty and endoscopic procedures. The single‑action mechanism and 175mm length support precision dissection in confined nasal anatomy. Stainless‑steel serrated edges maintain cutting bite across many clinical cycles.
These tungsten carbide Cottle dorsal scissors combine angled shanks with serrated upper blades and flattened Ragnell tips for controlled septal and dorsal tissue cutting in rhinoplasty. The blunt tip geometry reduces penetration risk near underlying structures, while the angled approach improves field visibility. Gold ring handles support prolonged grip without fatigue, and tungsten carbide edges retain sharpness across multiple cases.
These left‑opening Feder‑Ossoff micro‑laryngeal scissors provide horizontally oriented dissection for right‑sided laryngeal structures. The tapered 1mm sharp tips enable fine slicing along mucosal planes. Their slender shaft maintains excellent visualization through the laryngoscope.
These right‑opening Feder‑Ossoff micro‑laryngeal scissors offer controlled horizontal action for left‑sided mucosal dissection. The 1mm tapered blades perform fine slicing with reliable tactile feedback. A long, narrow shaft supports navigation through the laryngoscope.
Heavy‑gauge Fomon dorsal scissors with angled shanks and blunt rounded tips deliver controlled pressure across nasal dorsal cuts while protecting underlying perichondrium and periosteum. Serration on the bottom blade prevents tissue slipping, and the 140mm length suits standard rhinoplasty geometry. Two‑tone finish aids instrument tracking.
Heavily curved across a 29mm blade, this Fomon lower lateral scissor performs the cephalic trim of the lower lateral cartilages during rhinoplasty. The strong curve hugs the alar contour and produces a controlled cartilage cut without distorting the soft tissue envelope. Ring handles and a two‑tone finish reduce glare under operating room lighting; stainless steel construction supports repeat sterilization across high‑volume rhinoplasty lists.
These Fomon saber-back scissors combine a curved shaft with blunt double blades and a serrated bottom edge, optimizing mucosal handling during nasal endoscopy and septoplasty. The serrated lower blade improves grip on moist tissue, while the blunt tips minimize inadvertent penetration into surrounding structures. The curved profile allows access to posterior nasal and nasopharyngeal spaces.
The Fomon scissors are designed with up-lateral blade geometry to access the nasal sidewall and turbinate structures during functional rhinoplasty and FESS. The straight 140mm shaft and ring handle provide stable control while the surgeon works along lateral nasal anatomy. This pattern is proven for controlled mucosal and cartilage dissection.
The Gorney turbinate scissor features angled handle geometry with double‑action squeeze spring mechanics designed for controlled turbinate reduction and resection during functional rhinoplasty and FESS. The double‑action mechanism reduces intraoperative hand fatigue, and the angled approach improves field access to turbinate structures. Stainless steel ensures durable cutting performance.
Heymann nasal scissors provide straight-blade access for controlled nasal septal and mucosal work. The 178mm ring-handle design supports precision grip in confined nasal passages during FESS and septoplasty. Stainless steel construction delivers reliable performance across repeat procedures.
These straight Heymann nasal scissors are designed for controlled mucosal and soft tissue dissection in nasal and septorhinoplasty procedures. The 197mm length provides excellent reach into the nasal cavity while maintaining fine blade control. Ring handles and stainless steel construction support reliable performance across extended rhinologic cases.
The House-Bellucci scissors combine left-curved fine blades with a 5mm cutting edge for delicate mucosal and ossicular dissection. The 80mm working length and fine-model design support precision in tympanic and aural anatomy.
Curved left with 5mm blades, this House‑Bellucci scissors variant mirrors right‑sided geometry for left‑sided otologic procedures and bilateral symmetric dissection. The 87mm working length supports endoscopic approaches, while the medium‑gauge stainless‑steel provides consistent cutting performance. Ideal for ossicular work and canal procedures.
The House‑Bellucci curved‑right fine scissors features a 5mm blade and 80mm shaft for angled approach in sinus and nasal dissection. The fine pattern minimizes tissue tearing during delicate sinus ostium work. Curved geometry allows surgeons to work around anatomical landmarks without rotating the wrist.
Curved right with 5mm blades, this House‑Bellucci variant accommodates right‑sided otologic procedures where instrument approach angle demands rightward deflection. The 87mm working length suits endoscopic canal approaches, while the medium gauge balances strength and control. Stainless‑steel construction withstands hundreds of procedures.
This House‑Bellucci straight fine scissors delivers 4.5mm blades for delicate tissue and mucosal work in nasal and sinus cavities. The 133mm overall length and fine cutting pattern minimize trauma during intricate endoscopic procedures. Stainless steel blades maintain edge sharpness across multiple sterilization cycles.
The House‑Bellucci medium scissors with 5mm blades and 87mm working length balance cutting capacity with the precision required for delicate otologic procedures. The straight shaft aligns with canal anatomy, while the medium‑gauge stainless‑steel resists corrosion across many sterilization cycles. Ideal for ossicular reconstruction and canal wall surgery.
The Kleinsasser micro laryngeal scissors in left configuration enables controlled dissection along the left laryngeal wall during microlaryngeal surgery. The fine blades allow precise mucosal cutting through a laryngoscope, while the narrow shaft preserves the operative field. Left orientation suits right-handed surgeons approaching ipsilateral laryngeal pathology.