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Fomon coarse rasps deliver efficient bone contouring during rhinoplasty procedures with down-cutting geometry preventing retrograde mucosal trauma. The 8 × 37mm working surface spans adequate width for dorsal hump reduction and nasal sidewall refinement. Convex flat-end design accommodates varied approach angles during septal and dorsal bone sculpting.
Features & Benefits
Fomon double-ended rasps with tungsten-carbide teeth deliver superior cutting durability and edge retention during nasal and sinus bone contouring. The 7.2mm width and grit 3/4 coarseness provide versatile bone-removal capability suitable for dorsal reduction and septorhinoplasty. Tungsten-carbide construction ensures lasting performance across repeated high-temperature sterilization cycles.
Fomon double-ended rasps with tungsten-carbide teeth and grit 5/6 specification provide refined cutting geometry for detailed nasal bone contouring and final dorsal refinement during rhinoplasty. The 7.2mm width balances adequate working surface with controlled material-removal rates. Tungsten-carbide edge retention ensures consistent cutting performance across multiple procedures and sterilization cycles.
This double‑ended Fomon rasp features a 7.2mm wide back‑cutting grit surface with TC teeth, grit type 7/8, and a 216mm length for controlled nasal bone contouring.
This Fomon rasp features fine convex flat ends measuring 8×37mm with a down‑cutting profile and a 213mm length for controlled contouring of nasal bone.
Friedman coarse rasps support efficient bone contouring during nasal dorsum reduction and maxillary vault refinement. The Lewis Sweeper pattern provides broad working geometry suitable for extended stroke-length contouring during rhinoplasty. Coarse-grit specification optimizes material-removal efficiency while maintaining anatomical control during bone sculpting.
This tungsten carbide glabella rasp addresses dense bone work during nasal dorsal reduction and glabellar contouring. The small-radius down-cutting tip prevents overaggressive removal while delivering superior edge retention across multiple cases. Tungsten carbide construction resists dulling, supporting consistent surgical results through repeated reprocessing.
The glabellar rasp in tungsten carbide with bi-directional coarse teeth is engineered for controlled dorsal hump reduction and osteorasp work during rhinoplasty. Tungsten carbide edges retain sharpness through repeated bony contact, reducing operative time and tissue vibration. The 216mm overall length supports balanced hand control in nasal pyramid work.
This Joseph rasp is fine cross‑serrated with an 8mm wide working surface and a thin handle across a 178mm length for delicate nasal shaping.
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 Maltz rasp original model with 6.6‑7mm width and down-cutting geometry is engineered for controlled dorsal hump reduction during rhinoplasty. Down-cutting action pulls bone dust distally and away from the operative field, improving visibility. The 171mm length provides secure two-handed control during prolonged nasal bone work.
The Maltz rasp performs controlled bone smoothing and contouring during rhinoplasty and nasal reconstruction. Its 6.6 × 7mm up-cutting surface efficiently removes bone irregularities and dorsal humps. The Maltz original design ensures predictable aggressive cutting with rapid debris clearance.
The Maltz-Anderson rasp features a 6 × 36mm head with up-cut geometry for controlled dorsal hump removal and rhinoplasty bone work. The extended cutting surface accommodates larger bony defects with fewer strokes, reducing vibration and operative time. Stainless steel construction sustains performance across repeat procedures.
The McGee oval window rasp (16mm diameter, small) is sized for stapes footplate work and oval window niche preparation. At 165mm with a 20-degree shaft angle and 60mm bend-to-tip, its round handle supports controlled rasp motions. This specialized ossicular instrument enables precise bone removal in stapes surgery.
The Neivert osteotome performs controlled bone work with single-guard protection during nasal and sinus procedures. Its 4mm straight cutting edge with periosteal guard prevents uncontrolled depth advancement. The 203mm length supports bimanual technique with reliable tactile control.
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.
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.
The Parkes‑Maltz nasal rasp is precision‑engineered from tungsten carbide with a number 5 medium grit surface to contour and smooth nasal bone during rhinoplasty and septorhinoplasty. The 24 fine teeth set at medium grit allow controlled bone shaving while the hollow handle reduces instrument weight for extended use. At 8.25 inches, this reusable workhorse provides the durability needed for intricate dorsal and lateral nasal bone contouring.
This Parkes lateral osteotome features a straight guarded 4mm blade and a 180mm overall length to support controlled lateral nasal bone cuts.
Designed for dorsal nasal bone recontouring, this Rubin nasofrontal osteotome delivers controlled bone cuts through a straight shaft. The osteotome's edge slices cleanly through trabecular bone at the nasofrontal junction during septorhinoplasty grafting procedures. Stainless steel maintains its edge through repeated mallet strikes.
Rubin osteotomes enable controlled bone separation during functional endoscopic sinus surgery (FESS) and septorhinoplasty osteotomy lines. The 14mm straight cutting edge provides adequate width for maxillary, ethmoid, and sphenoid ostium approaches. Finger-grip handle facilitates surgeon-controlled percussion strikes with anatomical precision during intranasal work.
Carrying a 10mm cutting edge with both corners rounded, this straight Rubin osteotome reduces the bony nasal dorsum without leaving a stepped edge in the periosteum. The rounded corners protect adjacent soft tissue while the broad blade takes a full pass across the dorsal hump. A finger grip steadies the strike axis, and stainless steel construction holds the edge through repeat rhinoplasty cases.
The Rubin osteotome performs controlled bone work with rounded corner geometry to minimize soft tissue trauma during nasal surgery. Its 12mm straight blade with dual rounded corners protects the periosteum during lateral and medial osteotomies. Finger grip handle and 159mm length support seated bimanual control.
The Rubin osteotome features a straight 14mm cutting edge with both corners rounded for safe controlled osteotomy during functional endoscopic sinus surgery (FESS), septal reconstruction, and nasal bone work. The wide 14mm cutting surface distributes osteotomy force broadly while the rounded corners prevent sinus mucosa perforation and frontal bone injury. The finger grip handle provides precise mallet‑assisted control during bone removal.
A 10mm straight osteotome suitable for controlled bone elevation and removal in septoplasty and functional rhinoplasty. The hexagonal handle resists slippage during mallet-driven procedures, and the medium-width blade balances visibility with cutting efficiency. Stainless steel construction supports reliable performance across many cases.
An 11mm straight osteotome engineered for controlled bone work in nasal and maxillary procedures requiring wider blade engagement. The hexagonal handle maintains alignment during mallet impact, while the blade width accommodates larger surface areas. Reusable stainless steel provides consistent performance across surgical cases.