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Davis facelift scissors take a curved Super Cut edge into the subcutaneous plane for rhytidectomy undermining, with a two‑tone finish that identifies the Super Cut blade at a glance. Black ring handles improve grip during long dissection passes, and the 170mm length keeps the working tips well in front of the surgeon's hand.
Features & Benefits
Davis mouth gags left-sided with 45mm internal spread opening and small double-bite configuration provide stable oral-cavity exposure during tonsillectomy and pharyngeal procedures. Self-retaining ratcheted design eliminates manual tongue depression, freeing both surgeon hands for instrument work. Consistent jaw tension is maintained throughout extended dissection phases.
This double‑ended Davis retractor offers two blade sizes�6 × 17mm and 9 × 20mm�providing graduated options within a single compact instrument. Its 152mm length suits minor surgical fields and ENT or dental work. The dual configuration adapts to varying tissue depths without requiring instrument changes.
The Davis tongue blade Size 2 without ether tube is designed for simple tongue retraction and visualization of the posterior oropharynx during tonsillectomy and pharyngeal surgery. The compact profile accommodates narrow oropharyngeal spaces without obstruction of the surgical field. Smooth stainless steel surface enables easy repositioning.
Sized for the pediatric oropharynx, this size 3 Davis tongue blade attaches to a Davis‑Boyle mouth gag during tonsillectomy and adenoidectomy. The smooth blade depresses the tongue and seats the endotracheal tube along the central channel; the without‑ether‑tube configuration is suited to modern inhalational and intravenous anesthesia. Stainless steel construction tolerates repeat steam sterilization across high‑volume tonsil lists.
Filling the gap between sizes 3 and 5 in the Davis tongue blade range, this size 4 blade attaches to the Davis‑Boyle mouth gag for tonsillectomy and palatal exposure in the school‑age and adolescent oropharynx. The without‑ether‑tube channel suits modern anesthetic circuits without legacy gas delivery. Stainless steel construction supports repeat steam sterilization across high‑volume tonsil lists.
Stepping up to the larger adolescent or adult airway, this size 5 Davis tongue blade seats into the Davis‑Boyle mouth gag for tonsillectomy and palatal exposure. The wider blade carries the depressed tongue clear of the operative field while housing the endotracheal tube; the without‑ether‑tube configuration matches contemporary anesthesia practice. Stainless steel construction supports repeated reprocessing through adult ENT lists.
Davis tonsil needles are designed for precise closure of tonsillar fossae and pharyngeal tissue repairs in general and otolaryngologic surgery. The half-circle tapered-point geometry combines smooth tissue passage with controlled stitch placement in confined intraoral spaces. Disposable format ensures case sterility.
Dean (Blumenthal) rongeurs cut through bone with a 3.5mm × 11mm bite aperture, sized for controlled removal of lamina, foramen edges, and vertebral osteophytes during laminectomy procedures. The heavy 90‑degree curve positions the cutting jaw perpendicular to the spinal column, optimizing the mechanical advantage needed to sever cortical bone without slipping. Stainless steel edges remain sharp through repeated reprocessing.
These angled Dean scissors provide unique approach geometry for dissection in constrained surgical fields and around anatomical obstacles. The angled blade profile improves access beneath overhanging tissues while maintaining control, and the 180mm length extends reach without sacrificing fine motor precision. Suitable for diverse general surgical applications.
Adult Deaver retractor with a 25mm blade and 254mm overall length addresses deep abdominal viscera retraction during laparotomy, hepatobiliary, and pelvic procedures. The signature J‑curve sweeps liver, bowel, and bladder away from the operative target, while the hollow grip handle reduces hand fatigue over long cases.
This Deaver retractor with a 25mm curved blade is built for deep abdominal viscera retraction in laparotomy and hepatobiliary exposures. The long J‑shaped blade lifts bowel, liver, or kidney with minimal traction injury. Its hollow ergonomic grip reduces hand fatigue during prolonged retraction.
Deaver retractor at 180mm with 19mm blade provides controlled, single-handed retraction of deeper abdominal structures�liver, bowel, and viscera�during laparotomy procedures. The long flat-grip handle extends reach while maintaining ergonomic control. The slightly curved J-shaped blade contour follows anatomical planes atraumatically.
This Deaver retractor with 51mm blade width and hollow handle enables efficient abdominal retraction with minimal hand fatigue. The curved geometry guides tissue away from the operative field while protecting underlying viscera through its smooth blade surface. The 305mm length suits standard abdominal exposure.
This wider 76mm Deaver retractor provides substantial displacement in major laparotomy, offering broad exposure for extensive visceral work. Its curved blade design distributes retraction across a wider tissue plane, minimizing focal trauma. The hollow grip handle balances weight with sustained control in lengthy cases.
This Deaver retractor with 64mm wide blade delivers atraumatic deep abdominal visceral retraction through its long curved geometry. The ergonomic grip handle sustains comfortable control across lengthy cases while the 368mm length provides superior reach to the liver and intestinal structures. The smooth blade surface protects underlying viscera.
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.
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 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.
Sized at 1.5mm, this DeBakey dilator bridges the gap between fine coronary work and larger arterial or venous graft opening during bypass and transplant procedures. The straight geometry and graduated taper allow controlled luminal expansion without vessel wall perforation. Its 191mm length maintains access and visibility throughout complex anastomosis sequences.
This 1mm DeBakey dilator is purpose‑built for gentle vessel opening during coronary anastomosis and graft preparation in cardiac surgery. The straight 191mm shaft and minimal tip diameter allow introduction into delicate coronary and graft lumens without endothelial disruption. Reusable stainless‑steel construction supports reliable performance across multiple vessel anastomosis cases.
This 2.5mm DeBakey dilator is sized for larger arterial and venous graft lumens encountered in adult bypass and VAD procedures. The graduated taper minimizes vessel wall trauma during opening, while the 191mm straight shaft maintains precision control in deep mediastinal fields. Durable stainless‑steel construction supports the repeated sterilization demands of high-volume cardiac programs.
At 2mm, this DeBakey dilator accommodates larger vessels and venous grafts during arterial and venous anastomosis in bypass surgery. The tapered profile allows graduated opening from finer to larger luminal diameters without sudden vessel wall stress. The 191mm straight shaft provides clear visualization and controlled advancement through native and grafted structures.
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.