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This 40ga Babcock surgical wire on a 4oz spool represents the ultimate in fine surgical wire for highly specialized microsurgical applications demanding absolute minimal material footprint. The 40‑gauge dimension allows precise contouring in the tightest anatomic spaces, and stainless steel ensures reliable performance without oxidation or surface degradation.
Features & Benefits
This 12mm-wide abdominal spatula delivers maximum blade width for substantial tissue retraction in major laparotomy procedures. The malleable stainless steel construction enables surgeons to bend and contour the blade during exposure. The 200mm length maintains accessibility despite the wider profile.
Acetabular brush packs are designed to clean the hip acetabular surface prior to component seating during arthroplasty procedures. The stiff bristle configuration removes debris and blood from trabecular bone, preparing a clean implant bed. Pack of three brushes optimizes inventory for multi-patient OR schedules.
The Ackermann areola marker stamps a precise circular outline on the breast skin to guide nipple-areolar reconstruction and mastopexy incision planning. A 140mm overall body provides a balanced grip at the breast surface, and the calibrated ring imprints a uniform diameter across left and right sides. Stainless‑steel construction holds the imprint edge through repeat sterilization.
The Adair tissue holding forceps at 155mm carry the heavy tooth pattern of the Adair family for grasping tubular structures and dense tissue during general and gynecologic surgery. The 155mm length suits moderate‑depth work.
The adenoid curette (reverse curved, size 0) is a compact instrument designed for gentle adenoid tissue removal in pediatric patients with smaller nasopharyngeal anatomy. The size 0 cup and reverse curvature allow controlled adenoid removal without nasopharyngeal wall trauma. The blunt geometry is particularly suited for small children where mucosal integrity is paramount.
This reverse curved adenoid curette size 1 provides controlled adenoid tissue removal during pediatric pharyngeal surgery. The smaller design suits young patients with narrower nasopharyngeal anatomy. Reverse curvature geometry enables pull-stroke evacuation of adenoid tissue.
The reverse-curved adenoid curette is engineered for controlled adenoid tissue removal during transoral adenoidectomy. The standard curve design follows the pharyngeal contour, enabling efficient stripping of adenoid tissue from the nasopharynx. Size 2 accommodates pediatric and smaller adult nasopharyngeal anatomy.
Reverse-curved adenoid curettes Size 3 provide alternative tissue-removal approaches during adenoidectomy, accommodating varied surgical strategies and anatomical presentations. The reverse geometry enables effective stroking from alternate nasopharyngeal angles, particularly useful in difficult cases or posterior adenoid extension. Curved design reduces inadvertent mucosal trauma during controlled tissue separation.
A Size 4 reverse-curved adenoid curette designed for larger nasopharyngeal anatomy and efficient adenoid removal in adult and adolescent patients. The standard curve follows the contour of the adenoid fossa, supporting controlled tissue stripping without mucosal trauma. Stainless steel ensures lasting clinical durability.
The Adson Brown tissue forceps feature densely interlocking 9 × 9 teeth that secure tough fascial tissue and skin edges with superior grip during wound closure and dissection. At 121mm, the length accommodates standard operative reach. Stainless steel construction ensures durability across repeat use.
The angled variant of the Adson‑Brown tissue forceps preserves the 7 × 7 tooth pattern while angling the jaws for working into surfaces the straight version cannot reach in line. The 121mm length keeps the working tips at the surgeon's fingertips.
Adson dressing forceps offer delicate precision for handling gauze and soft tissue in superficial wound closure and dressing changes. The straight profile with delicate tips enhances visibility in confined spaces, while the 121mm length supports fine control without excessive reach. The instrument's geometry supports atraumatic material handling.
The delicate Adson dressing forceps measures 152mm and is optimized for gentle manipulation of gauze, bandages, and superficial tissue during dressing changes and wound care. Its fine straight jaws prevent crushing delicate healing tissue, and the lightweight design reduces hand fatigue during prolonged use. Stainless steel construction withstands repeated sterilization.
The Adson dressing forceps features fine longitudinal fenestrations on the working surface that enhance grip on delicate gauze and wound dressings without crushing. The 121mm compact length positions the working end precisely for small-field or confined operative spaces. Balanced spring action supports extended handling fatigue-free during detailed dressing work.
Standard Adson dressing forceps with serrated jaws at 121mm pair the compact Adson length with serrated grip surfaces for routine tissue and dressing handling. The serrated jaw bites material without crushing, and the compact length keeps the tips at the fingertips.
Standard 152mm Adson dressing forceps grasp gauze, drain material, and superficial soft tissue during routine wound care and minor surgical tasks. The serrated jaws hold material without slip, and the slim shanks fit naturally between the surgeon's fingers for fine control. Stainless‑steel build supports repeat sterilization across heavy clinical rotation.
The standard Adson dressing forceps with tungsten‑carbide inserts at 152mm carry the carbide grip surface across the working face for sustained tissue and dressing handling. The TC inserts preserve grip across high‑volume use without wearing the jaw geometry.
This dura hook measuring 8" gently retracts delicate neural and vascular structures. Blunt tip design prevents inadvertent tissue trauma during dissection. Stainless‑steel construction provides reliable performance across many surgical cases.
Adson dura hooks in sharp pattern with 203mm straight shaft provide reliable dural engagement during neurosurgical procedures. The sharp hook design ensures secure tissue purchase during dural elevation and dissection. Straight geometry supports visualization of dural planes.
The heavy Adson‑Ewald dressing forceps at 121mm scale the standard Adson up for sturdier dressing and tissue manipulation, with the broader jaw profile of the Ewald variant providing more contact area. The 121mm compact length keeps the working tips at the surgeon's fingertips.
Adson ganglion scissors deliver controlled sharp dissection for tissue separation and fine-line cutting in general and neurological procedures. The curved blade geometry follows tissue planes, improving cutting efficiency and visibility. Sharp tips enable precise entry and clean mucosal or fascial slicing.
These Adson hemostatic forceps provide secure vessel and tissue clamping in general surgical exposure. The curved 216mm shaft extends reach while maintaining tactile feedback through the handle. Interlocking ratchet mechanism ensures sustained hemostasis throughout the operative field.
Straight Adson hemostatic forceps at 184mm offer the extended‑reach version of the classic Adson hemostat, useful for vessel control in deeper neurosurgical and ENT exposures. The slim jaw profile clamps small bleeders without obscuring the field, while the longer shaft preserves the surgeon's sight line.
The Adson micro forceps carry a 1 × 2 tooth pattern with an extra‑delicate 0.8mm jaw, sized for the finest skin and connective‑tissue grasping in plastics, hand, and head‑and‑neck microsurgery. The slim jaw preserves wound‑edge integrity during fine work.
Adson micro tissue forceps deliver precision grasping in delicate microsurgical and ophthalmic fields. The 1 × 2 interlocking tooth pattern grips fragile tissue without crushing. Tungsten carbide construction offers superior edge retention across repeated clinical cases, while the compact 121mm length supports confined surgical access.
This Adson periosteal elevator presents a semi-sharp straight blade measuring 7mm wide, designed for controlled elevation of periosteum from cortical bone surfaces during orthopedic exposure. The 171mm length and tear-drop blade geometry support delicate soft tissue separation along the periosteum and fascia.
The Adson periosteal elevator chisel combines a flat working surface with Adson‑pattern geometry for controlled elevation and separation of periosteum from cortical bone. The chisel‑style tip transitions smoothly between cortical surfaces during bone exposure and fascial plane dissection. Stainless steel maintains edge integrity across extended periosteal stripping work.
This hinged retractor with blunt 4 × 5 prong pattern distributes retraction forces across wider tissue areas, protecting joint capsule and ligamentous attachments. The hinged blade mechanism allows dynamic adjustment during orthopaedic procedures, while the maximum opening accommodates variable tissue thickness. Stainless steel construction supports reliable performance across many reusable cycles.
The Adson retractor employs four-by-four sharp prongs arranged in a square pattern, each 18mm deep and wide, to achieve distributed yet focused retraction of skin, fascia, and muscle during orthopedic and spinal exposures. The sharp prongs grip tissue margin securely without crushing underlying structures, and the 191mm length provides ergonomic working position. This design distributes retraction forces across multiple sites, reducing point trauma.