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The Boys‑Allis tissue forceps' heavy 5 × 6 interlocking tooth pattern delivers a firm, deep bite for grasping dense fascia and tough peritoneal tissue. The multiple small teeth distribute clamping force without crushing delicate underlying structures. At 152mm, the compact length supports secure handheld control.
Features & Benefits
Brown tissue forceps carry an 8 × 8 interlocking tooth pattern on a 152mm frame, sized for atraumatic grasping of skin edges during closure. The fine multi‑tooth pattern distributes grip across the wound margin without crushing, and the moderate length suits routine general work.
Built at 203mm with an 8 × 8 dense tooth pattern, the Brown tissue forceps scale the standard 152mm version up for moderate‑depth fields. The dense tooth pattern distributes grip across the wound margin without crushing.
This tissue forceps provides reliable clinical performance through Stainless Steel construction and precision design. The instrument supports efficient surgical technique across repeated use cycles. Durable construction minimizes maintenance and extends service life.
Brown-Bahnson tissue forceps measuring 7-1/2" provide secure tissue and dressing handling. Grasping surfaces hold tissue decisively without slipping during retraction. Stainless‑steel construction supports reliable durability across many surgical cases.
The delicate Carmody tissue forceps delivers serrated jaws designed for atraumatic manipulation of fine tissue planes during microsurgical and ENT dissections. At 159mm overall length, it provides compact control in confined spaces. The serrated interlocking pattern maintains a reliable grip without crushing delicate structures like nerve and lymphatic tissue.
These Cushing‑style bayonet forceps combine a 1 × 2 toothed grasping end with a dissector tip for versatile handling during neurosurgical and deep‑field procedures. The bayonet geometry keeps the surgeon's hand clear of the operative axis, improving microscope‑assisted visualization. The 185mm length supports controlled access to deep cranial or cervical structures.
The Cushing Bayonet tissue forceps combine a bayonet angle with 1 × 2 interlocking teeth and a 1.5mm serrated jaw for reliable grasp on tougher tissues. The serrated working edge prevents slippage on dense fascia and periosteum during dissection and retraction. At 195mm, the length balances reach with control in open surgical fields.
Cushing dressing forceps with 1 × 2 teeth and a smooth handle support dural and superficial tissue handling during neurosurgical and general closure work. The straight 178mm shaft positions the teeth precisely without obscuring view, and the smooth handle gives consistent finger placement across long sequences.
Cushing‑Brown tissue forceps at 178mm carry a fine multi‑tooth tip configuration intended for atraumatic neurosurgical and delicate tissue handling. The straight shaft supports linear approach to dural and superficial structures, and the moderate length keeps the hand clear of the operative field. Stainless‑steel construction sustains reliable performance across repeat reprocessing.
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.
DeBakey vascular tissue forceps with 1.5mm delicate tips and 197mm length are engineered for microsurgical vascular work on small-caliber vessels and precise anastomosis. The slender tapered tips enable fine tissue manipulation without crushing fragile vascular intima. Extended 197mm shaft accesses confined vascular pedicles.
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.
This vascular forceps provides reliable clinical performance through Stainless Steel construction and precision design. The instrument supports efficient surgical technique across repeated use cycles. Durable construction minimizes maintenance and extends service life.
This insulated DeBakey vascular tissue forceps combines a 2mm wide jaw with insulation for safe electrosurgical use during vascular procedures. The DeBakey geometry distributes clamping force across the vessel surface, reducing intimal damage. At 200mm, it balances reach with control.
This DeBakey vascular tissue forceps is insulated for safe electrosurgical use in vascular manipulation. The fine 2mm atraumatic jaws deliver gentle grip without intimal injury to vessel walls. The 178mm shaft accommodates standard vascular exposure depths while the insulation protects the surgeon from circulating currents.
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.
The DeBakey vascular tissue forceps features tapered 1.6mm atraumatic serrated jaws specifically designed to grasp delicate vascular structures and intima-bearing tissues without crushing. At 235mm, the straight geometry supports vessel isolation and manipulation during vascular repair and anastomosis.
This larger DeBakey vascular forceps extends to 305mm with 2mm tapered atraumatic serrated jaws to accommodate major vessel handling in deep abdominal vascular and cardiac surgical fields. The serrated jaw surface distributes grip pressure to prevent intimal injury.
These DeBakey vascular tissue forceps feature a straight geometry with 2mm-wide tapered atraumatic serrated jaws designed for delicate vessel handling without crushing. The serrated surface provides secure grip on vascular tissue while minimizing endothelial trauma. The 152mm length provides reach in vascular fields with excellent tactile control.
The straight DeBakey vascular tissue forceps at 178mm carry 2mm tapered atraumatic serrated jaws with the longitudinal DeBakey grip pattern, sized for vessel and delicate tissue grasping at mid‑field depth. The tapered jaw preserves intimal integrity while supporting controlled handling.
The DeBakey 2mm atraumatic vascular forceps features a tapered, serrated jaw surface designed to secure vessels without crushing intima. The 203mm straight shaft enables precise manipulation in open vascular exposures. The serrated working edge maintains positive grip while the tapered geometry minimizes vessel trauma.
Extended at 235mm, these straight DeBakey vascular forceps carry 2mm tapered atraumatic jaws for deeper vascular work where the surgeon's hand must stay clear of the field. The serrated jaw pattern grips vessel adventitia without compromising intima during anastomosis and graft handling.
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.
Tungsten‑carbide jaws give these 1 × 2 toothed dissecting forceps superior bite retention and wear resistance over standard stainless patterns. The 178mm straight shaft suits routine open dissection where firm tissue purchase matters. Tungsten‑carbide inserts combine hardness with corrosion resistance over many cases.
The Ferris‑Smith tissue forceps at 178mm carry a 1 × 2 tooth pattern with the broader handle profile of the Ferris‑Smith family, sized for moderate‑depth tissue handling where the surgeon wants more substantial finger purchase than the Adson format provides.
Ferris‑Smith tissue forceps in tungsten carbide feature 1 × 2 tooth pattern and 171mm length for reliable grasp on tissue during fine surgical manipulation. Tungsten carbide construction maintains superior edge retention across many sterilization and use cycles. The straight geometry supports precise control in general and specialty surgical applications.