Your cart is empty!
This oval spoon dermal curette in size 0 (3mm diameter) is designed for controlled subcutaneous tissue and scar revision work during facial and body contouring procedures. The straight 159mm shaft supports stable hand positioning while the smooth spoon tip permits atraumatic scraping and debridement of damaged dermis. Stainless steel construction supports reliable sterilization and reuse.
Features & Benefits
This oval‑spoon dermal curette (Size 1, 4mm) is designed for gentle removal of hyperkeratotic tissue and lesions in superficial skin layers. The curved working edge follows natural skin contours during subcutaneous dissection and curettage. At 159mm overall length, the straight handle maintains leverage and precision during soft tissue plane separation.
Sized at 5mm (Size 2) with an oval spoon working face, this dermal curette removes superficial skin lesions including molluscum, seborrheic keratoses, and small papillomas in office‑based dermatology and minor plastics cases. The 159mm shaft length keeps the handle clear of the working field, and the sharpened oval edge cleanly scoops the lesion in a single stroke.
The Dolwick forward‑curved down‑cut rasp enables smooth contouring of curved nasal and periosteal surfaces in orthognathic and rhinoplasty work. The 1 × 3/8 inch concaved head and forward curve accommodate complex osseous anatomy with reduced adjacent trauma. The 152mm length supports controlled access during delicate facial reconstruction.
The Dolwick rasp delivers precision down‑cut bone contouring during rhinoplasty and facial skeletal remodeling procedures. Its 1 × 3/8‑inch head and thin handle geometry provide tactile feedback and control when shaping nasal dorsal, septal, and anterior facial skeletal anatomy. The 152mm length supports efficient bone model within confined nasal compartments, and stainless steel construction ensures lasting performance.
This curved Emory breast dissector features a blunt working edge to minimize vascular and nervous injury during subglandular dissection. The sweeping curve improves approach angles around anatomically contoured breast pockets, while the 300mm length provides extended reach without sacrificing fine control. Blunt geometry supports atraumatic separation of soft tissue planes.
This insulated endo-punch scoop delivers controlled tissue harvest and endoscopic dissection in minimally invasive plastic surgery applications, particularly endoscopic breast augmentation and facial procedures. The 30-degree left curvature combined with a 128mm working length allows angled entry and manipulation within confined endoscopic spaces. Insulation support intraoperative electrosurgical use, while the 3.4mm shaft diameter maintains visibility through the endoscope.
This insulated endo-punch scoop mirrors the left-curved variant with a 30-degree right curvature, optimizing approach angles for right-sided endoscopic dissection in breast augmentation and facial procedures. The 128mm working length and 3.4mm insulated shaft deliver precise tissue manipulation with electrosurgical capability within confined endoscopic cavities. Controlled scoop geometry supports atraumatic soft-tissue advancement.
The Ferreira fiber optic retractor combines extended reach with integrated illumination and smoke management for comprehensive breast and body aesthetic procedures. The 150 × 25mm blade and comfort grip handle support sustained retraction, while the smoke evacuation suction tube and fiber optic light guide enable visibility‑enhanced dissection. Stainless‑steel construction withstands repeated sterilization.
The Ferreira insulated fiber optic retractor with compact 14 × 70mm dimensions supports precision retraction in small‑field procedures, such as revision facelifts or perioral rejuvenation. Stainless‑steel construction and smooth‑tip geometry provide lasting durability in delicate aesthetic work.
The Ferreira insulated fiber optic retractor enables use while maintaining direct field illumination in breast and body procedures. The 25 × 100mm blade provides generous retraction, and insulation protects surrounding tissue. The integrated fiber optic light guide delivers direct visualization, while stainless‑steel construction and smooth‑tip geometry support lasting clinical durability.
The Ferreira insulated fiber optic retractor with 25 × 190mm dimensions delivers maximum reach and illumination for extensive body contouring and flap procedures. The fiber optic light guide maintains direct field visibility. Stainless‑steel construction and smooth‑tip geometry ensure reliable, atraumatic performance across many cases.
The Ferreira insulated fiber optic retractor with extended 150mm length supports flap elevation while maintaining intraoperative visualization. The 30 × 150mm dimensions and insulated construction enable safe, efficient dissection in large flap procedures, while the integrated fiber optic light guide and smooth tip protect tissue integrity. Stainless‑steel construction delivers lasting durability.
This fiberoptic retractor integrates a 5mm fiberoptic bundle with angled distal tip and mirror finish to illuminate soft tissue planes during reconstructive breast and body contouring procedures. The 16mm smooth blade and toothed lip support controlled tissue elevation while maintaining visualization depth. Silicone handle and rotating AFI/ACMI connector accommodate ergonomic positioning during extended subcutaneous dissection.
These dual‑prong fixation hooks feature sharp 2mm tips spaced 2mm apart for precise tissue manipulation and retraction during facial and reconstructive surgery. The straight 127mm shaft supports comfortable handling without fatigue. Stainless steel construction provides edge sharpness and corrosion resistance across repeat clinical use.
Used during facelift, neck lift, and platysmaplasty, this flexible neck retractor lifts skin and subcutaneous flaps off the underlying SMAS and platysma. Four sharp prongs engage the dermal edge without tearing, and the bendable shaft lets the assistant tune retraction angle to the operative pocket. The 6-1/4 inch (160mm) overall length keeps the surgeon's working space clear at the field.
This Freeman face lift rake retractor features four prongs on a compact 108mm shaft, delivering controlled multi‑point retraction during facial dissection and subcutaneous plane development. The 22mm blade width and thumb ring handle enable one‑handed positioning and sustained exposure of facial soft tissue and fascia. Small profile minimizes trauma to delicate periosteal and subcutaneous structures.
The Freeman in‑line face lift retractor features four aligned prongs that deliver balanced, parallel lifting during facelift flap elevation. The 38mm blade width and 175mm length provide generous retraction surface, while the straight profile maintains consistent prong alignment across extended cases. Stainless‑steel construction sustains performance through repeated sterilization cycles.
The Freeman face lift retractor is engineered with four prongs and recessed middle prongs that enhance flap stability during extended undermining. The 38mm blade width and 178mm length provide broad lifting surface for efficient flap elevation, while stainless‑steel construction ensures lasting durability across many procedures. The straight profile supports controlled retraction in facial planes.
The Freeman face lift retractor presents an Adamson model configuration with four prongs (two recessed and pointed) in a triangular bend design optimized for SMAS and subcutaneous dissection. The 38mm blade width with 18mm length and 68mm tip depth provide graduated retraction across facial tissue planes during extended lifting cases. Compact 174mm handle length supports ergonomic control during prolonged procedures.
The Freeman petite face lift retractor delivers scaled‑down retraction for narrower surgical fields and smaller facial anatomy. The four in‑line prongs and 22mm blade width provide proportional lift without overextending tissue, while the 178mm length and stainless‑steel construction ensure durability across many cases. The petite profile suits revision and secondary facelift procedures.
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.
The Freeman areola marker provides precision marking for breast reconstruction and augmentation procedures. With a fixed 34mm diameter and stainless‑steel construction, this reusable marker ensures consistent, reproducible areola positioning across repeat cases. The durable build supports reliable performance through multiple sterilization cycles.
The Freeman‑style 36mm areola marker uses a precision‑machined circular head to define symmetrical areolar boundaries during breast reconstruction and augmentation procedures. This diameter supports accurate marking across diverse patient anatomies while the smooth stainless steel construction enables reliable reprocessing across repeat cases.
Sized at 38mm, this Freeman‑style areola marker stamps the standard adult areolar diameter for breast reduction and reshaping procedures. The blunt circular edge scores skin cleanly, holding the planned incision line through the case.
The 42mm Freeman‑style areola marker stamps a circular cut pattern onto the areola during breast reduction at a wider diameter than the smaller Freeman variants. The blunt circular edge scores the skin without lacerating, preserving the planned incision line through the dissection.
Freeman‑style areola markers in the larger 45mm diameter provide precise template guidance during breast reconstruction and reduction in patients with larger anatomy. The single‑ring configuration simplifies intraoperative positioning while establishing consistent nipple‑areolar symmetry across diverse breast dimensions. Reusable stainless steel construction ensures durability in high‑volume breast surgery environments.
Freeman‑style areola markers in the 50mm diameter represent the largest single‑ring template for patients requiring extended nipple‑areolar positioning. The uniform circular design guides both reduction and reconstruction cases where maintaining proportion and symmetry across a generous areolar footprint is critical. Reusable stainless steel supports efficient sterilization protocols.
The Freeman‑style areola marker is a double‑ended template instrument that establishes precise nipple‑areolar symmetry during breast reconstruction and reduction surgery. With interchangeable 38mm and 42mm marking rings, this marker guides incision placement and tissue resection boundaries in the infra‑mammary plane. Reusable stainless steel construction supports repeated sterilization across high‑volume breast surgery programs.
Curved Gerald dressing forceps at 178mm carry serrated jaws for sustained gauze and soft‑tissue manipulation. The slim Gerald profile preserves tactile feedback through the working tips, and the curved geometry tracks tissue planes around the structures being handled.