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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.
Features & Benefits
This curved diamond rasp delivers medium-grit surface texturing for bone contouring in endoscopic sinus surgery and rhinoplasty. The standard curve profile allows controlled filing while the surgeon visualizes through a microscope or endoscope. Medium grit strikes a balance between material removal rate and surface finish control.
This straight diamond rasp provides efficient dorsal hump reduction and septal smoothing in rhinoplasty and nasal reconstruction. The medium grit surface removes bone and cartilage with controlled aggression, producing clean surfaces without excessive chatter. The 184mm length supports extended nasal work with balanced leverage.
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.
The 90‑degree double‑action biopsy cup forceps with 2 × 4mm cup and vertical opening delivers perpendicular access for maxillary and ethmoid tissue sampling. The 90‑degree bend enables direct approach from above during transnasal endoscopic work. Double‑action ensures secure specimen containment.
The double‑action biopsy cup forceps with 2 × 4mm cup and 45‑degree bend delivers vertical‑opening jaws for tissue sampling during FESS. The 130mm working length positions the cup within the maxillary ostium or anterior ethmoid. Double‑action mechanism multiplies jaw closing force for reliable specimen capture.
The 90‑degree double‑action biopsy cup forceps with 2 × 4mm cup and horizontal‑opening jaws delivers laterally‑oriented sampling for maxillary lateral wall and sphenoid sinus biopsies. The horizontal opening accommodates larger tissue specimens. Double‑action provides secure grasp on firm mucosa.
The 45‑degree double‑action biopsy cup with 3 × 6mm cup and horizontal opening enables lateral tissue sampling of maxillary and sphenoid sinus lesions. The horizontal‑opening jaws align with lateral wall anatomy. Larger cup capacity suits polyps and mucosal thickening.
The 45‑degree double‑action biopsy cup forceps with 3 × 6mm larger cup and vertical opening delivers angled tissue sampling for maxillary ostium and frontal recess lesions. The larger cup accommodates thicker polyps and mucosal fragments. Vertical opening provides direct visualization during specimen capture.
The 70‑degree double‑action biopsy cup with 3 × 6mm cup and vertical opening delivers steeply‑angled access to posterior maxillary and sphenoid pathology. The pronounced bend enables working around anterior anatomical obstacles. Larger cup size accommodates thicker diseased mucosa.
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.
The double spoon forceps feature 4mm diameter cups angled at 110 degrees horizontal opening, with a 120mm working length designed for grasping and removing bone fragments and soft tissue debris from sinus cavities and antral spaces. The spoon configuration creates a cupped grasping surface that secures fragments without crushing.
The duckbill ear forceps present extra‑flat 8mm serrated jaws with rounded tips for safe grasping and delivery of cerumen and middle ear granulation tissue. At 140mm overall with 77mm working length, it balances reach with ergonomic control in the confined ear canal and tympanic recess. Stainless‑steel construction is built for lasting clinical reliability.
The Dunning elevator and curette (double-ended, 3mm × 5mm cup and 3mm blade) combines tissue separation and debris removal in a single reusable instrument. Its dual-ended configuration (curette on one end, elevator on the other) streamlines sinus surgery workflows. Stainless steel supports maxillary and ethmoid procedures.
These 25-degrees-left curved ear forceps feature a 0.6 × 4mm jaw geometry ideal for accessing right-sided ossicular structures. The 80mm working length maintains reach and tactile control during tympanic procedures.
The fine‑model ear forceps with 0.9mm oval cup jaw and straight geometry deliver precision tissue capture for middle ear disease and ossicular platform inspection during otologic surgery. The small cup dimension suits confined spaces while the 82mm working length maintains clear visibility throughout the procedure. Reusable stainless‑steel construction is durable.
This straight ear forceps features a 0.9mm oval cup jaw for delicate manipulation within the tympanic cavity and ossicular spaces. The 82mm working length and fine-model design support precision during ossicular replacement and tympanoplasty.
Angled right with a 0.9 × 4.5mm oval cup, this fine‑model ear forceps reaches disease and ossicular pathology along the right ear canal wall and anterior sinus tympani. The angled geometry combined with small cup dimension suits precise manipulation in confined spaces. Stainless‑steel construction withstands repeated sterilization.
These curved-right ear forceps with 0.3-pitch serrations and 4.5mm jaw length provide a fine-model option for right-sided ossicular access. The 82mm working shaft delivers reach while the serrated profile maintains grip on small structures.
Fine‑model ear forceps with serrated jaws (0.3mm pitch) and straight pointed tips deliver delicate yet secure tissue grasping in middle ear procedures and ossicular reconstruction. The 4.5mm jaw length accommodates ossicular fragments and granulation tissue, while the 82mm working shaft maintains visibility in the confined ear canal space.
Built as a super‑fine model, these straight ear forceps carry a serrated 3.5mm jaw with an 80mm working length, sized for grasping tissue and small debris in the external auditory canal and middle ear. The serrated jaw bites without crushing the retrieved object.
This sterilization tray organizes and protects up to ten ear picks during high‑pressure steam and chemical sterilization cycles. The open framework design ensures complete fluid circulation around instruments, while the compact footprint (5‑1/4 × 8‑3/4 × 1‑1/2 inches) fits standard autoclave shelving. Stainless‑steel construction is built for lasting durability across many sterilization events.
The ear pick hook module wide stainless steel tray holds ten small‑handle ear picks for organized sterilization and case setup. Dimensions 194 × 130 × 25mm accommodate larger instruments and provide efficient storage. Wide design reduces stacking height during cart transport.
The 3mm oblique oval ear speculum with ebony handle delivers compact access to the pediatric auditory canal during otoscopy and cerumen removal. The oval geometry aligns with canal anatomy. Ebonized construction resists staining and corrosion across repeated use.
The 4mm oblique oval ear speculum with ebony finish supports otologic examination in small adults and older children. The oval aperture matches canal cross‑section for snug fit. Ebonized stainless steel maintains appearance through sterilization cycles.
The largest 20-degree angled ear speculum delivers a 7.5 × 8.5mm oval aperture, providing unobstructed access for comprehensive otologic procedures in large or challenging ears. The expansive opening supports simultaneous instrumentation, irrigation, and visualization, enabling efficient management of complex cerumen impactions and foreign bodies.
Six-millimeter oblique ear speculum with a 20-degree angle and 6 × 7mm oval aperture provides expansive exposure for comprehensive aural care and instrumentation in large adult ears. The increased opening accommodates cerumen removal instruments, irrigation cannulae, and inspection tools simultaneously, enhancing procedural efficiency while the angled design optimizes tympanic membrane visualization.
Oblique ear speculum with a 20-degree angle and 6.5 × 7.5mm oval aperture offers maximum exposure for demanding aural procedures in patients with large or difficult-to-access canals. The substantial opening accommodates suction, instruments, and direct visualization simultaneously, supporting efficient cerumen extraction, foreign body removal, and diagnostic examination.
Oblique ear speculum with a 20-degree angle and 3 × 4mm oval aperture provides controlled exposure of the external auditory canal for cerumen removal, aural examination, and minor aural procedures. The angled geometry positions the speculum tip along the canal wall, reducing discomfort and improving visualization of the tympanic membrane.