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The Ford‑Dixon hemorrhoidal ligator loading cone is a component instrument designed to facilitate band application onto hemorrhoidal tissue during office‑based hemorrhoid ligation. The cone geometry centralizes the hemorrhoid within the suction‑and‑ligation apparatus. Stainless steel construction withstands reprocessing across many ligation procedures.
Features & Benefits
This Fox dermal curette features a straight shaft with a 4mm round head designed for precise epidermal debridement without damaging dermis. The flat handle provides stable control and tactile feedback during curettement. Stainless steel construction withstands routine sterilization and repeated curetting motions across many procedures.
The Frazier skin hook features a single blunt prong sized at 2.5mm to secure skin edges without perforating during wound undermining, skin flap elevation, or exposure work in general surgical fields. The 127mm length provides adequate reach while maintaining controlled single-point retraction. Stainless steel construction ensures lasting reliability.
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 Frazier wound hook's sharp tip and 130mm length enable precise elevation and retraction of soft tissue and skin flaps during otologic and neck dissection procedures. Its single prong design supports one‑handed manipulation while maintaining clear visualization of deeper anatomic layers. Reusable stainless‑steel withstands 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.
The Freer skin hook features two sharp prongs for tissue retraction and manipulation during rhytidectomy, parotidectomy, and neck dissection. The sharp edges grip skin without slipping during extended retraction. 152mm length provides stable external control of flaps.
The Freer skin hook features two sharp prongs spaced 2.5mm apart, enabling secure elevation and retraction of skin flaps, periosteum, or dense fascia during dissection and undermining work. The sharp tines bite reliably into tissue without slipping, while the 152mm length provides adequate reach. Stainless steel resists dulling through repeated surgical use.
This 185mm gauze packer and ligature tucker (pattern #2522) seats packing strips and tucks ligature tails into restricted operative spaces. The straight shaft and atraumatic working end push material into place without snagging adjacent tissue. Stainless‑steel construction supports routine reprocessing across general surgical use.
This Gelpi perineal retractor features ball stops at the base and sharp prongs that securely anchor in muscle and fascia during perineal and rectal procedures. The ratcheted design maintains retraction without hand fatigue. At 178mm, reach is adequate for moderate‑depth perineal exposures.
This compact perineal Gelpi retractor delivers self-retaining exposure in shallow perineal or perirectal fields where space is limited. The sharp blade and 89mm length make it ideal for pediatric or minimally invasive perineal approaches. Its self-retaining geometry frees both hands for operative work.
This smaller self‑retaining Gelpi retractor is designed for compact perineal and superficial wound exposures. The ratcheted design holds retraction automatically during extended procedures. At 114mm, the diminished length suits limited‑depth approaches.
This Gelpi self‑retaining retractor opens superficial soft tissue hands‑free with two sharp single points that anchor on opposite sides of the wound. The 140mm length suits perineal, scrotal, and small open exposures where compact footprint matters. A ratcheted spread holds tension while the surgeon works bilaterally.
This perineal-length Gelpi retractor's sharp blade and self-retaining mechanism support extended exposure during perineal, rectal, or perirectal procedures. At 191mm, it reaches deeper anatomic planes while maintaining the reliable hands-free stability Gelpi retractors provide. The straight geometry suits perineal surgical positioning.
Designed for reliable field retraction in general surgical access with efficient blade geometry that protects underlying structures, this retractor combines stainless steel durability with straightforward design. The blade finish resists tarnishing through repeated sterilization cycles, while the handle geometry supports sustained tissue elevation. Overall construction minimizes fatigue during prolonged exposure.
The pediatric Gelpi perineal retractor provides shallow hands-free tissue separation during pediatric perineal and anal surgical procedures with its self-retaining ratcheted geometry. The compact 114mm length and smooth perineal blade geometry support safe, atraumatic pediatric tissue exposure. Stainless-steel construction ensures reliable durability across pediatric surgical cases.
The Gelpi retractor features 3-inch (76mm) deep blade depth for self-retaining hands-free tissue exposure. The spring-loaded ratcheted mechanism maintains consistent retraction force without operator fatigue. At 152mm overall length, the compact geometry supports easy placement and removal within confined operative fields.
Gelpi pediatric retractor is a self‑retaining retractor with a ratcheted handle mechanism and small curved prongs suited to tiny pediatric incisions and wound margins. The 89mm overall length suits small surgical fields. Self‑retaining geometry frees both hands for operative work.
Smaller surgical fields benefit from the compact 89mm Gelpi retractor with its pointed-tip geometry designed for superficial tissue retraction. A self-retaining ratchet between the arms locks the tissue plane open without hand-held support. The slender profile allows placement in confined incisions where larger retractors would obstruct.
The 114mm Gelpi extends reach into small-to-moderate incisions while the pointed-tip design maintains precise edge contact. Ratchet engagement locks wound edges open, permitting the surgeon to transition focus from exposure to the operative field. The self-retaining geometry is ideal for procedures where sustained one-handed traction is impractical.
At 5.5 inches (140mm), this Gelpi accommodates deeper incisions while preserving the pointed-tip geometry for fine tissue control. The ratcheted self-retaining arms extend operative time without fatigue, making it the standard choice for wound closure and moderate-depth exploration. Minimal bulk and excellent visibility through the wound plane are hallmarks of Gelpi design.
Extended to 7.5 inches (191mm) for deeper abdominal or pelvic exposures, this longer Gelpi maintains pointed tips and ratcheted self-retaining geometry. The extended shaft reaches past superficial layers without requiring deeper penetration of the wound, reducing operative trauma. Optimal for cases where intermediate-depth structures need prolonged visualization.
The Gelpi-Seletz variant features deeper arms that extend the retraction envelope beyond standard Gelpi depth, with sharp tips optimized for crisp tissue separation. At 171mm overall, it addresses intermediate-depth wounds where the standard Gelpi falls short. Ratcheted arms lock the tissue plane, supporting sustained visualization without hand-held effort.
This Gelpi-Seletz retractor's sharp, deep blade geometry delivers dependable retraction for deeper abdominal or perineal surgical fields. The extended working depth accommodates viscera displacement without shallow-blade limitations. At 159mm with straight design, it provides reliable hands-free exposure for general surgery.
The Gemini clamp combines a standard curve with compact jaws optimized for blood vessel and tissue securing in general surgery. Its 140mm length positions the working end precisely within moderate-depth fields. The curved geometry improves visibility and approach angles in confined spaces.
These Gemini-Mixter forceps feature a fully curved jaw geometry ideal for thoracic tissue manipulation and retraction in deeper surgical fields. The delicate serrated pattern preserves tissue while maintaining secure grasp on lung parenchyma and pleura. The 178mm length and curved contour reduce hand fatigue during extended thoracic procedures.
These delicate Gerald‑style bayonet forceps are engineered for fine tissue handling in microsurgical and neurosurgical fields. The 1 × 2 teeth provide secure atraumatic grasp on fragile tissue layers, while the bayonet offset keeps the handle clear of the operative axis. The 190mm length supports stable reach through narrow surgical corridors.
The Gerald‑DeBakey tissue forceps at 178mm feature a 1mm fine tip for delicate vascular and soft‑tissue handling in general and thoracic surgery. The straight profile maintains excellent visibility in deeper anatomical planes, and the minimal tip diameter reduces crushing trauma to friable tissues. Stainless steel ensures reliability across repeated reprocessing.
Gerald dressing forceps feature serrated jaws in straight configuration for secure handling of gauze, dressings, and soft tissues throughout general surgical procedures. The 178mm length provides balanced reach and controlled manipulation in standard operative fields. Stainless steel construction supports consistent performance across repeated sterilization.
The Gerald dressing forceps extends to 248mm overall length and provides serrated jaws for enhanced grip on bulky dressings and drain gauze during extended wound care and postoperative management. The longer reach allows access to deeper wound cavities without hand contact. Stainless steel construction ensures durability across repeated sterilization cycles.
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