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The insulated Deaver retractor with 25mm blade width and ergonomic hollow grip enables electrosurgical use during deep abdominal visceral retraction without electrical transfer risk. The J-shaped curved blade reaches beyond superficial planes to liver, intestine, and retroperitoneal structures. The insulation layer and ergonomic handle reduce fatigue during high-current procedures.
Features & Benefits
Designed for pediatric abdominal access, the Deaver pediatric retractor features a 10mm curved blade with smooth handle grip for lighter, more controlled manipulation in smaller incisions. The curved inward geometry cradles viscera gently while providing clear sightline, and the 216mm length suits the proportions of pediatric patients. Smooth handle finish reduces hand fatigue during prolonged retraction.
Sized for pediatric anatomy at a 19mm blade width, this Deaver retractor presents the long curved J‑shape profile scaled to smaller abdomens. The long flat grip handle preserves a positive hold during sustained liver and intestinal retraction in pediatric general surgery.
The pediatric Deaver retractor provides shallow soft-tissue retraction for smaller surgical fields in pediatric abdominal or general procedures. Its 19mm blade width and smooth handle support atraumatic retraction, while the curled-inward grip improves hand stability during prolonged exposure. The 178mm length and stainless-steel construction ensure reliable performance in pediatric cases.
Sized for pediatric anatomy at a 22.2mm blade width, this Deaver retractor presents the long curved (J‑shape) profile of the adult Deaver scaled to fit smaller abdomens. The smooth handle with an inward‑curved grip preserves a positive hold during sustained liver and intestinal retraction.
This pediatric Deaver retractor features double‑ended curved blade geometry in 10mm width, sized for smaller surgical fields in pediatric cases. The gentle curve aids retraction of vital structures without crush injury. Double‑ended design offers two curvature angles for varied anatomical approaches.
This pediatric double-ended Deaver retractor accommodates small-cavity surgery with 12mm blades on a compact 170mm shaft. The straight geometry and dual-end design support skin and superficial soft-tissue retraction in pediatric abdominal and general procedures.
Pediatric Deaver retractors carry the same J‑curve blade as the adult pattern in a smaller profile suited to neonatal and pediatric abdominal exposures. This double‑ended 170mm version offers an 8mm blade width at each end for liver, intestinal, and bladder retraction in small operative fields.
This right‑angle Deaver retractor features a 25mm blade angled 90 degrees to the shaft, enabling retraction at perpendicular angles that reduce hand twist and operator fatigue. The modest blade width accesses moderate anatomical structures. 229mm reach supports adequate surgical exposure.
This curved Deaver scissors design enhances visibility and cutting efficiency during tissue dissection along anatomical contours. Sharp tips support precision cutting in deeper surgical planes, while the standard curve geometry improves the surgeon's approach angle. The 140mm working length and stainless-steel construction provide durability across routine cases.
These straight Deaver scissors deliver sharp linear cutting for dissection of fascial planes and suture removal. The 140mm shaft provides balanced access without excessive reach, while sharp/sharp tips enable precise edge control. The geometry supports clean, reproducible cuts in general surgical workflows.
This DeBakey-Liddicoat vascular forceps combines titanium construction with 1.8mm-wide tapered atraumatic jaw geometry for delicate vessel handling. The straight configuration and smooth surfaces minimize endothelial trauma during vascular dissection and retraction. The 197mm length provides reach for varied vascular surgical fields.
Extended at 305mm, this DeBakey needle forceps with 1.5mm tungsten carbide tip addresses deeper vascular fields where standard lengths fall short. The finer tip allows precision needle passage in small vessel anastomosis and coronary work. Tungsten carbide durability ensures consistent performance across repeat surgical procedures.
These extended 8" (203mm) DeBakey needle forceps feature a 1.5mm tungsten carbide tip for fine needle work in deeper operative fields. The extra length reaches surgical sites beyond shallow access while maintaining precise needle control. Tungsten carbide preserves tip sharpness.
This DeBakey needle forceps combines precision tip geometry with tungsten carbide construction for fine vascular suturing. The 1.5mm tip engages delicate arterial tissue and vessel walls without crushing during needle passage and knot work. At 240mm length, these forceps deliver stable grasp in deep vascular fields where tactile control is critical.
These DeBakey needle forceps feature 1.5mm tips for controlled needle pickup in delicate tissue planes. Tungsten carbide construction ensures consistent grip without jaw drift during repeated engagement and release cycles. The 152mm working length supports both direct visualization and endoscopic suturing approaches.
These DeBakey needle forceps with a 2.7mm tungsten carbide tip suit moderately fine needle work in general and vascular procedures. The 6" (152mm) length supports controlled manipulation while tungsten carbide construction preserves tip sharpness across many uses.
These 8" (203mm) DeBakey needle forceps with 2.7mm tungsten carbide tip are sized for general‑use needle work in extended‑reach procedures. The extra length accommodates deeper field access while tungsten carbide resists wear in repetitive use.
The DeBakey needle holder combines tungsten-carbide construction with a tapered 2.7mm jaw for delicate needle manipulation in vascular and microsurgical suturing. The 241mm extended length and straight geometry provide optimal visibility and control during fine suture placement. Carbide material ensures reliable edge retention and durability across many surgical cases.
The DeBakey needle forceps with a 2mm tungsten carbide tip are designed for precision needle and suture handling in delicate surgical fields. The straight 6" (152mm) length provides comfortable control during fine tissue work. Tungsten carbide preserves tip geometry and edge sharpness.
These 8‑inch DeBakey needle forceps pair a 2mm tungsten carbide tip with the characteristic atraumatic Russian‑pattern jaws for precise needle manipulation in deeper surgical fields. The 203mm shaft length gives comfortable reach during vascular and intra‑abdominal closures, while tungsten carbide jaw inserts hold needle grip across many cases without rounding.
These DeBakey needle forceps feature 2mm tips for controlled needle pickup in delicate tissue planes. Tungsten carbide construction ensures consistent grip without jaw drift during repeated engagement and release cycles. The 197mm working length supports both direct visualization and endoscopic suturing approaches.
These DeBakey needle forceps feature 2mm tips for controlled needle pickup in delicate tissue planes. Tungsten carbide construction ensures consistent grip without jaw drift during repeated engagement and release cycles. The 241mm working length supports both direct visualization and endoscopic suturing approaches.
This extended DeBakey needle forceps with 3.5mm tungsten carbide tip accommodates deeper surgical fields and larger vessel manipulation. At 305mm overall length, it extends reach beyond standard vascular forceps while maintaining the precision grip required for anastomosis. Tungsten carbide edges remain sharp through many sterilization cycles.
The DeBakey needle forceps with a 3.5mm tungsten carbide tip are designed for moderately coarse needle work during general surgical procedures. The 6" (152mm) length provides comfortable field control. Tungsten carbide resists wear in repetitive needle manipulation.
These 8‑inch DeBakey needle forceps pair a 3.5mm tungsten carbide tip with atraumatic Russian‑pattern jaws for general suture work in deeper surgical fields. The 203mm shaft length supports comfortable reach during abdominal, vascular, and thoracic closures, while tungsten carbide jaw inserts maintain grip across many cases without rounding.
The DeBakey needle forceps with 3.5mm tip widens engagement for bulkier vascular tissue and larger needle work. Tungsten carbide construction retains its edge geometry through repeated sterilization cycles, essential for consistent handling in vessel anastomosis. Its 240mm shaft maintains reach and control in deep cardiac access.
DeBakey needle holders with delicate jaws, ring handles, and straight 200mm shaft provide secure needle grip with tactile feedback for vascular and cardiac suturing. The ring-handle geometry distributes hand pressure evenly during fine-needle manipulation. DCG (DeBakey Cartilage-Grasping) jaw serration supports precise suture advancement.
These DeBakey needle‑pulling tissue forceps feature a 1.5mm tungsten carbide tip optimized for fine needle and suture manipulation during microvascular and precision surgical work. The 6" (152mm) length supports controlled movements in confined operative spaces. Tungsten carbide maintains superior edge and tip definition.
The DeBakey suction tube combines a straight rigid shaft with the ergonomic control curve characteristic of the DeBakey design family. At 280mm, it provides extended reach into deeper operative territories while maintaining the atraumatic tip profile essential for sensitive tissue fields. The rigid construction ensures stable positioning during prolonged suction.