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This 10Fr Frazier suction tube is angled 30 degrees and features a stylette and thumb plate cutoff hole for surgeon-controlled suction modulation during delicate surgical dissection. The 100mm working length and 171mm overall length balance reach with control in confined fields. Its tapered design reduces trauma while maintaining efficient evacuation.
Features & Benefits
Built at 11 French (3.67mm), the X‑large Frazier suction tube angles 30 degrees with a stylette at 100mm working length, sized for cases requiring heavier flow than the standard 9‑10 French range. The stylette clears obstructions, and the thumb‑plate cutoff modulates flow.
The 11Fr angled Frazier suction tube supports higher‑volume evacuation while maintaining atraumatic tissue contact in general surgical fields. Its larger bore permits efficient fluid removal without stagnant pooling. The angled configuration navigates restricted operative corridors effectively.
This 11Fr extra‑long Frazier suction tube measures 181mm overall with a medium angle for high‑volume aspiration in deeper surgical exposures. The large French gauge enables rapid evacuation of blood and fluid while the angled shaft improves ergonomic positioning beneath difficult‑to‑access anatomical structures. Stainless‑steel construction supports durable reprocessing.
Stepping up to 12 French (4mm), this XX‑large Frazier suction tube delivers heavier still flow for high‑volume fluid clearance during major surgical cases. The 30‑degree angle preserves visualization, and the stylette clears obstructions without an instrument exchange.
The 12Fr Frazier angled suction tube clears fluid from operative fields where a moderate flow channel is needed, with the characteristic Frazier thumb‑plate cutoff hole for surgeon modulation. The 108mm working length and 178mm overall length suit general surgical access.
The 4 French (1.33mm) Frazier suction tube angled 30 degrees with a stylette at 100mm working length delivers the finest gauge in the Frazier family, sized for delicate ENT and head‑and‑neck work. The stylette clears obstructions without an instrument exchange.
Built at 6 French (2mm) and angled 30 degrees with a stylette, this XX‑small Frazier suction tube delivers fine‑gauge fluid clearance with the option to clear blockages without an instrument exchange. The 100mm working length and 171mm overall length suit delicate ENT and head‑and‑neck work.
This 7Fr angled Frazier suction tube is engineered for atraumatic fluid evacuation in confined surgical spaces. The slender 7 French lumen permits controlled aspiration through narrow openings while minimizing mucosal irritation. Its 180mm length improves access to deeper fields.
This 7Fr extra‑long Frazier suction tube measures 181mm overall with a medium angle and is engineered for controlled, atraumatic aspiration in confined surgical fields. The tapered French gauge minimizes mucosal irritation while the angled geometry improves approach angles beneath anatomical overhangs. Stainless‑steel construction provides corrosion resistance across repeated reprocessing.
This 9Fr extra‑long Frazier suction tube measures 181mm overall with a medium‑angle geometry for moderate‑flow evacuation in deep or difficult‑to‑reach surgical fields. The larger French diameter accommodates higher volume while the angled shaft supports access beneath overhanging structures. Stainless‑steel composition resists corrosion across routine sterilization cycles.
Compact at 114mm, this 9 French Frazier suction tube combines an angled shaft with a thumb‑piece cutoff hole for one‑handed suction modulation. The shorter overall length suits otologic and ENT corridors where reach is tight and visibility matters. The angled geometry keeps the handpiece below the surgeon's line of sight.
The Frazier wound hook is a blunt single‑prong hook designed for atraumatic tissue retraction in otologic and ENT procedures. The straight 130mm shaft and blunt tip allow safe elevation of flaps and periosteal layers without crushing tissue. This pattern supports controlled exposure of the mastoid, ossicular structures, and tympanic membrane.
The Freeman scissors provide extended 178mm reach through a curved blade optimized for facial and body contouring dissection in areas where deeper access is required. Ergonomic handle design reduces hand strain during extended plastic surgical procedures, supporting sustained cutting efficiency through multiple tissue planes during face lift and body contouring cases.
Designed for secure intraocular lens handling, these Freeman‑Jaffe forceps feature a longitudinal groove along the curved jaw that cradles the IOL haptic without compressing the optic. The standard curve clears the corneal incision while approaching the capsular bag, and the three‑hole handle keeps the 102mm instrument light in the fingertips throughout folding and delivery. Stainless steel construction holds geometry across repeated autoclave cycles.
Freer septum elevator with double-ended configuration delivers both sharp and blunt tips for controlled mucosal elevation and subperiosteal dissection in rhinologic and septoplasty procedures. The straight shaft geometry enables precise lever action along the nasal septum, while dual-ended design eliminates instrument switching during plane development and dorsal hump reduction.
The Freer septum knife is designed with an angled head to facilitate precise dissection and elevation of the nasal septum during septoplasty and functional endoscopic sinus surgery (FESS), particularly for septal flap creation and cartilage and bone work. The angled geometry allows the surgeon to work parallel to the septal plane without hand interference. Stainless steel construction provides durability across routine sterilization.
Compact and double‑prong, this Freer skin hook lifts wound edges during superficial dissection and closure. Two blunt 2.5mm prongs distribute traction without cutting the dermis, and the 152mm length keeps the surgeon's hand clear of the operative line. The slim shaft supports controlled elevation along incision margins.
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.
The Friedman rongeur features 45‑degree angled jaws with a 4mm bite on a 140mm frame for fine bone removal in hand, foot, and small‑joint orthopedic work. The angled jaws clear the surgeon's line of sight on phalangeal and metatarsal cortices, and the modest 4mm bite suits precise edge trimming over heavy resection. Stainless steel construction tolerates routine autoclave reprocessing.
Friedman rongeurs with 30 degree angled jaw and 4mm bite enable selective bone removal in spinal facet and vertebral work. The 140mm length provides controlled leverage during confined vertebral exposures. Stainless steel construction ensures reliable performance and edge retention across repeated surgical cases.
Frontal sinus forceps angled at 45 degrees vertical deliver controlled access to the frontal ostium and anterior ethmoid sinuses during functional endoscopic sinus surgery (FESS). The 2mm cup-jaw geometry enables delicate tissue grasping and bone fragment removal within confined endonasal spaces. The 140mm shaft length maintains adequate working distance while preserving endoscopic visualization.
Frontal sinus forceps angled at 90 degrees vertical provide perpendicular approach to frontal recess and anterior ethmoid ostium during functional endoscopic sinus surgery. The 2mm cup configuration enables controlled grasping of thin bone fragments and inflamed mucosa within confined sinus recesses. Optimal angulation minimizes instrumentation interference with endoscopic optics.
The Fukusaku LASIK spatula is engineered for precise corneal-flap manipulation during LASIK laser-in-situ keratomileusis procedures. The 0.5mm flat blade delivers minimal tissue trauma during flap creation, lifting, and repositioning. Round longitudinally grooved handle and 120mm length support secure two-hand flap control during refractive-surgery cases.
Designed to release pupillary adhesions and break posterior synechiae, the Fukasaku pupil snapper presents a small working tip set 10mm from the bend. The knurled handle delivers tactile control during the snap maneuver, and the 110mm overall length keeps the surgeon's hand comfortably clear of the field. The straight shaft preserves a direct sight line to the pupil margin.
Fukasaku pupil snapper features a 10mm tip?to?bend configuration for controlled pupil manipulation during anterior segment procedures. Its straight geometry and knurled round handle deliver reliable grasp control when elevating or positioning the iris root and pupil margin. This reusable instrument supports precise iris work across routine cataract and glaucoma cases.
The Fukasaku snapper hook is built for the controlled iris and capsule maneuvers that punctuate complex cataract surgery. A 10mm tip‑to‑bend geometry provides reach into the anterior chamber while the serrated handle offers a non‑slip purchase even with wet gloves. At 114mm overall, the stainless‑steel shaft delivers steady tactile feedback during fine intraocular work.
The Fukuda‑style shoulder retractor combines a 38 × 82mm main blade with a 31 × 41mm cutout to accommodate humeral head prominence during rotator cuff and proximal humerus bone exposures. Its T‑handle grip provides stable one‑handed control, and the 178mm overall length suits shoulder and proximal upper extremity corridors. Stainless steel construction supports demanding orthopedic reprocessing.
This Garrett vascular dilator with 1mm elongated oval tip enables gentle, progressive dilation of small coronary and IMA vessels during harvest or anastomotic preparation. The matte mirror finish and thin 140mm shaft minimize drag and preserve delicate endothelial surfaces. Progressive tip geometry supports sequential vessel sizing.
This Garrett vascular dilator with 2mm elongated oval tip bridges the gap between delicate single‑vessel and broader multi‑vessel anatomy during IMA harvesting and graft preparation. The matte finish and thin shaft configuration enable controlled advancement without endothelial trauma. Ideal for sequential dilation before anastomosis.