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These Iris‑Wagner gum scissors deliver fine cutting control in anterior pharyngeal and tonsillar dissection. The curved blades follow anatomical contours, while sharp tips ensure clean mucosal slicing. Ring handle geometry and 121mm length support precision work in confined oropharyngeal spaces.
Features & Benefits
These plastic surgery scissors feature a straight blade with sharp tips for precise cutting in confined surgical fields and revision work. The compact 121mm length supports maneuverability in tight spaces such as intra‑oral dissection or limited incision body contouring. Stainless steel construction provides reliable performance across repeat surgical cases.
Ragnell dissecting scissors feature curved blunt blades with flat special points optimized for controlled skin and superficial soft-tissue dissection during rhinoplasty and facelift procedures. The blunt-blunt blade configuration prevents inadvertent penetration into deeper fascial and muscular planes. Compact 135mm profile supports precise movements in confined facial operative fields.
The Ragnell dissecting scissors feature curved blunt tips with flat point geometry specifically designed for safe skin plane dissection during plastic surgical undermining and layer separation. The two‑tone finish provides visual feedback on blade alignment, and the 125mm length with ring handle supports precision control in confined facial and soft tissue fields.
The Ragnell dissecting scissors feature a curved blade profile and flat blunt tips specifically designed for controlled skin and subcutaneous dissection in facial surgery. The special flat point geometry allows the surgeon to separate skin flaps from underlying fascia without puncturing deeper structures during rhytidectomy or facial advancement procedures. Stainless steel two‑tone finish and ring handles support secure grip during prolonged elevation work.
The Ragnell dissecting scissors are purpose‑designed for controlled skin and subcutaneous tissue dissection during facial reconstructive and plastic surgery. The blunt tips and flat point geometry minimize unintended trauma to underlying structures while the 159mm curved blade allows precise navigation through skin planes. Stainless steel construction and two‑tone finish support routine sterilization and visual differentiation in surgical sets.
Ramirez endo spreaders are designed to gradually and safely separate tissue planes during endoscopic procedures, including endoscopic facelift, brow lift, and midface elevation. The 257mm length accommodates deeper planes while maintaining control, and the spreading action distributes force across tissue to minimize trauma. Straight geometry supports parallel passage through endoscopic portals.
The Ramirez endo-forehead facelift elevator (zygomatic dissector) provides precise tissue elevation along the malar and zygomatic planes during endoscopic facelifts. Its straight 219mm length enables controlled access to the mid-face without excessive tissue trauma. Stainless-steel construction maintains performance reliability across routine reprocessing.
The Ramirez endoforehead arcus marginalis dissector combines an ergonomic grip with fine dissecting geometry, optimized for precise separation of the arcus marginalis during endoscopic brow and forehead elevation. The 251mm length provides reach to the deep forehead anatomy while the straight design maintains visibility through the endoscope. Dissecting edge supports controlled dissection without excessive subcutaneous trauma.
Used during endoscopic forehead surgery, the Ramirez Endoforehead dissector develops the subperiosteal plane through small endoscopic ports. A straight 9-1/4 inch (235mm) shaft tracks along the frontal and supraorbital bone for controlled tissue separation, and the slender profile preserves the endoscope's optical path. Stainless‑steel construction holds the working geometry across repeat reprocessing.
The Ramirez endoforehead facelift dissector is a specialized tool for controlled subperiosteal elevation during endoscopic forehead lift procedures. Its straight geometry and 231mm length support deep access to the forehead while maintaining visualization through the endoscope. Stainless-steel construction ensures reliable performance in repetitive use.
The Ramirez endoforehead flap dissector supports controlled separation of scalp and periosteum during endoscopic forehead and brow procedures. At 247mm length, it provides extended reach to deep forehead structures while maintaining surgical precision. Stainless-steel construction withstands multiple sterilization cycles without degradation.
The Ramirez Endoforehead parietal elevator extends subperiosteal release laterally into the parietal region during endoscopic brow and forehead lifts. A straight shaft tracks along the temporal line and parietal bone for controlled tissue release, and the 10-3/8 inch (262/263mm) overall length reaches well beyond the entry port. Stainless‑steel construction holds the working edge across repeat reprocessing.
The Ramirez endoforehead T‑shaped dissector is a specialized instrument for broad subcutaneous plane dissection during endoscopic brow lifting and forehead rejuvenation. The wide T‑shaped head distributes force across multiple subcutaneous planes while the elongated 248mm shaft maintains working distance and visibility through the endoscope. Straight geometry supports systematic advancement of tissue during minimal‑incision forehead lift surgery.
This curved forward rasp with concave down‑cut geometry is engineered for precise skeletal contouring and bone modeling during rhinoplasty and facial osteoplasty. The 15/16‑inch head provides controlled material removal across nasal dorsal and septal anatomy, while the curved shaft allows access to difficult anatomical angles. Stainless steel construction maintains edge integrity across multiple surgical cases.
This down‑cut rasp is engineered for controlled reshaping of bone surfaces during rhinoplasty and facial skeletal contouring. The concave curved head geometry (24mm effective width) allows surgeons to follow anatomical contours while the thin handle provides tactile feedback during passes across cartilage and bone. The 7‑inch length suits both dorsal and lateral nasal work.
Engineered for nasal lateral wall and undersurface contouring, this down‑cut rasp features a concave 15/16 × 1/4 inch head that accommodates curved osseous anatomy. The straight 191mm shaft supports controlled access during rhinoplasty and orthognathic procedures with minimal adjacent trauma. Stainless steel construction preserves fine cutting geometry across many cases.
Designed for extended reach during rhinoplasty and nasal reconstruction, this down‑cut concave rasp spans 229mm for accessing deep lateral and undersurface zones. The 15/16 × 1/4 inch concave profile conforms to curved nasal bone anatomy while minimizing soft tissue trauma. Stainless steel construction provides lasting durability and edge retention.
Engineered for fine bone shaping in rhinoplasty, this down‑cut rasp features a convex head profile and straight orientation across a 229mm overall length. The 1 × 1/4 inch convex contour mirrors natural nasal dorsum geometry, reducing trauma to adjacent soft tissue. Thin handle design improves tactile control during delicate contouring.
This straight down‑cut rasp features a 1 × 1/4 inch head for controlled bone contouring and reshaping during rhinoplasty and orthognathic procedures. The 229mm working length extends reach into confined dorsal and lateral nasal zones without hand fatigue. Stainless steel construction provides lasting edge sharpness and durability across repeated use.
Rees‑Aston‑Gorney scissors deliver superior cutting performance in facial dissection and rhytidectomy procedures through tungsten carbide blades that maintain exceptional edge retention across repeat cases. The double serrated working edges grip tissue reliably during undermining of skin and subcutaneous planes without slipping. At 197mm overall length with ring handles, these instruments support controlled advancement through delicate facial anatomy.
This semi‑sharp scalp elevator combines a straight blade with ergonomic handle design for controlled subperiosteal dissection during facelift and reconstruction surgery. The 235mm length maintains reach to the temporal and parietal regions while the semi‑sharp tip balances tissue separation with atraumatic advancement along fascial planes. Sustained grip comfort during extended procedures is supported by the ergonomic handle geometry.
Suction elevators combine irrigation and retraction in a single instrument, providing controlled fluid management and soft tissue elevation during plastic and cosmetic procedures. The 30‑degree curved design and sharp tip facilitate precise subperiosteal and supraperiosteal plane separation while allowing concurrent hemostasis control. The curved geometry improves visibility in deep operative fields.
The Tebbetts elevator is a double‑ended instrument designed for controlled dissection in the subperiosteal plane during plastic surgery procedures, including facelift, brow lift, and endoscopic forehead elevation. The straight geometry and dual working ends minimize instrument changes during extended elevation. 210mm length provides adequate reach for submuscular and subperiosteal anatomy.
The Tebbetts fiber optic retractor presents the extended 220 × 19mm blade with integrated distal teeth and fiber optic illumination for large‑field exposure of subcutaneous and fascial planes during extensive body contouring and abdominoplasty procedures. Comfort grip handle and replaceable fiber optic design support sustained operative reach across prolonged cases requiring continuous visualization and hemostasis control.
The Tebbetts fiber optic retractor combines extended 150mm working length with a comfort grip handle for sustained use in large‑volume breast and body contouring. The 25mm blade width and smoke evacuation suction tube support extended dissection, while the integrated fiber optic tube delivers illumination deep into the surgical field. Stainless‑steel construction ensures lasting performance.
The Tebbetts fiber optic retractor features 150 × 30mm blade with integrated distal teeth and fiber optic illumination, optimized for secure tissue elevation and hemostasis during abdominal and body contouring procedures requiring sustained deep plane visualization. Smoke evacuation suction tube and comfort grip handle support extended operative field exposure while maintaining real‑time visualization.
The Tebbetts fiber optic retractor combines 150 × 30mm smooth blade without teeth and integrated fiber optic illumination to support visualization of subcutaneous and fascial planes during body contouring and abdominoplasty procedures. Smoke evacuation suction tube and comfort grip handle enable sustained tissue elevation across extended surgical exposure without hand fatigue.
The Tebbetts fiber‑optic retractor spans 160 × 36mm with a toothed blade for secure tissue retraction during plastic and reconstructive face procedures. The angled teeth grip skin and fascial planes without slipping during prolonged exposure. Stainless steel construction supports multiple sterilization cycles and durable clinical performance.
The Tebbetts fiber optic retractor combines direct illumination with broad tissue elevation, supporting visibility‑enhanced breast and body contouring procedures. The 90 × 20mm blade provides spacious retraction surface, while the integrated fiber optic light guide channels illumination directly into deep subcutaneous planes. Stainless‑steel construction and smooth‑tip geometry ensure lasting clinical reliability.