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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.
Features & Benefits
DeBakey suction tubes provide controlled aspiration in cardiovascular and general surgical fields. The 3mm straight tip maintains gentle tissue contact while directing robust fluid flow away from the operative field. The extended 273mm shaft provides reach into the mediastinum and deeper body cavities.
The DeBakey vascular forceps at 356mm with a 2.7mm jaw deliver the longest reach in the standard DeBakey family, sized for the deepest thoracic and abdominal vascular structures. The longitudinal DeBakey pattern preserves intimal integrity at this extended working length.
Built at 305mm with a 3.5mm jaw, this extra‑long DeBakey vascular forceps reaches the deepest vascular structures of the thoracic and abdominal cavities while preserving the atraumatic longitudinal DeBakey grip pattern. The broader jaw suits larger vessels and pedicles at depth.
Compact at 159mm, these straight DeBakey vascular forceps feature a 3.5mm jaw width that handles broader vessel grasping in shorter operative corridors. The DeBakey atraumatic profile distributes grip across the vessel wall, supporting controlled handling without intimal damage.
Straight DeBakey vascular forceps at 203mm pair a 3.5mm atraumatic jaw with extended reach for mid‑depth vascular and graft work. The DeBakey serration spreads grip force along the vessel wall, allowing firm hold without compromising the intima during anastomotic handling.
Built at 235mm with a 3.5mm jaw, this longer DeBakey vascular forceps reaches deeper vascular structures than the standard‑length model while preserving the atraumatic longitudinal DeBakey grip pattern. The broader jaw suits larger vessels and pedicles.
This extended‑length 235mm angled DeBakey vascular forceps reaches deep into the operative field while the angled jaw geometry enables manipulation of recessed or lateralized vessels. The 2mm tapered surface preserves delicate vascular intima during prolonged hemostasis. The instrument's profile supports safe access in complex vascular anatomy.
Angled DeBakey vascular forceps at 305mm reach deep vascular pedicles with the characteristic atraumatic longitudinal tread pattern. The 2mm jaw tip grips arterial and venous walls firmly without crushing intima. The extended length keeps the surgeon's hand above deep thoracic and abdominal exposures.
The angled DeBakey vascular forceps presents an alternative approach geometry for complex vascular exposures where straight access proves difficult. The 2mm atraumatic jaws preserve vessel wall integrity while the 159mm angled shaft improves ergonomics in lateral or oblique vascular territories.
The insulated DeBakey vascular forceps extends reach to 305mm while providing electrosurgical safety in vascular hemostasis procedures. The 2mm tapered jaws maintain atraumatic grip on delicate vessel walls, while the insulation layer isolates the instrument from monopolar electrocautery current. The extended length supports safe access in deeper vascular fields.
These 235mm straight DeBakey vascular forceps pair a wider 2.7mm tip with extended reach, suiting graft handling and clamping of larger vessels in cardiothoracic and abdominal vascular procedures. The DeBakey atraumatic pattern preserves intimal integrity during prolonged manipulation.
DeBakey vascular tissue forceps in standard pattern with 160mm length provide atraumatic grasping of delicate vascular tissue during vascular reconstructive procedures. The smooth, serrated jaw geometry distributes grip across tissue surface without crushing. Straight shaft supports precise positioning in vascular fields.
DeBakey vascular tissue forceps at 178mm carry 1.6mm tapered atraumatic jaws with the signature longitudinal serration pattern, allowing the surgeon to hold vessel walls firmly without crushing intima. The straight profile suits linear vascular dissection and anastomotic handling.
Deddish‑Potts intestinal forceps feature specialized Potts teeth and a bent handle design that improves access during abdominal visceral manipulation. The 305mm length extends reach into deep peritoneal spaces, while the 63mm jaw width distributes grip across robust tissue. Reusable stainless‑steel construction delivers reliable performance across many abdominal procedures.
This variant of the deep rake spans 57 × 76mm with four blunt prongs, slightly narrower than the 89mm model but still providing substantial exposure in major surgery. Its ergonomic grip supports sustained hand control. The four‑point anchor distributes force evenly across fascia and skin.
This deep rake features four blunt prongs spread across an extended 57 × 89mm footprint, maximizing retraction surface in major abdominal and reconstructive surgery. The increased depth (89mm) accommodates thicker, more resistant tissue. Its ergonomic handle sustains comfort during prolonged complex procedures.
Dennis micro ring tip forceps deliver ultraprecision grasping in ophthalmic and fine microsurgical work. The 1 × 0.5mm diamond‑impregnated ring tips provide non‑slip engagement on delicate tissues and tiny implant components. Counter‑weight balancing and round handle support prolonged use without fatigue in confined surgical spaces.
The Desjardin gallstone forceps provides specialized geometry for safe biliary stone grasping and extraction during cholecystectomy and common bile duct exploration. The 235mm length supports access to deep hepatic and biliary structures without sacrificing tactile control.
This tungsten‑carbide dissecting forceps delivers superior edge retention for precise 1 × 2 tooth tissue grasping in general surgical dissection. The 140mm shaft extends reach while the straight geometry maintains optimal visibility in superficial fields. Tungsten carbide construction delivers exceptional durability and cutting longevity across repeat clinical use.
With two blunt prongs separated by 2mm spread, this micro skin hook prioritizes atraumatic retraction for delicate tissue planes in eyelid, facial, or reconstructive procedures. The blunt geometry avoids penetrating tissue while still providing secure purchase through gentle mechanical grip. The straight 144mm profile maintains visibility and surgeon control in fine surgical fields.
Featuring two sharp prongs with 10mm spread, this micro skin hook is designed for controlled tissue retraction in superficial dissection and fine plastic procedures. The straight geometry maintains direct approach angles while the double prongs distribute retraction force across two tissue contact points. At 144mm length, the instrument provides adequate reach for facial and dermatologic work.
Double-prong micro hooks with sharp edges provide precise tissue retraction during delicate surgical exposures. The 5mm spread between prongs accommodates fine skin and fascial edges, while the 143mm overall length supports access in confined operative areas. The sharp-point geometry delivers controlled traction without slippage.
Sized with a 2 × 16mm tip at 5.1", these dressing forceps step the tip length down from the 2 × 19mm variant in a slightly longer overall body. The configuration suits sets requiring multiple dressing forceps with subtly different reach profiles.
These straight dressing forceps with a 2 × 19mm tip at 4.7" suit moderate‑volume gauze and tissue handling at compact length. The slightly elongated tip surface adds purchase compared to standard dressing forceps tips.
Cross‑serrated dressing forceps at 140mm combine a narrow profile with additional surface texture for superior grip on moist or slippery dressing materials. The cross‑serration pattern spreads pressure across a wider jaw surface, reducing point contact damage to delicate wound margins. The short length supports use in focused, hand‑intensive wound care tasks.
These 450mm narrow dressing forceps are engineered for the longest reaches within standard wound management protocols. Serrated jaws deliver consistent grip on multiple layers of dressing material in extended surgical fields. The narrow profile reduces lateral trauma at the operative site while maintaining full visibility.
This narrow 114mm serrated dressing forceps is engineered for confined spaces and delicate field access in wound care and surgical procedures. The narrow profile enables precise manipulation in restricted anatomical sites while the serrated jaws maintain reliable grasp on gauze and soft dressings. Stainless‑steel construction supports routine reprocessing.
Narrow and serrated, these 127mm dressing forceps grip gauze, packing, and superficial tissue without slipping during routine wound care and minor procedures. The narrow tip profile fits compact surgical corridors and dressing layers, and the serrated working face holds material under tension. Stainless‑steel build endures repeat sterilization cycles.
This narrow dressing forceps with serrated jaws extends to 140mm, providing balanced reach for wound dressing and superficial soft-tissue manipulation. The serrated jaw geometry maintains consistent grasp during prolonged tissue handling, while the narrow profile allows access to confined areas. Designed for routine wound care and dressing changes.