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Allis tissue forceps with a 4 × 5 interlocking tooth pattern grasp dense connective tissue and fascia during general surgical exposure. The heavy interlocking teeth hold tough tissue securely without slipping, and the 152mm length supports routine fascia and bowel work.
Features & Benefits
These Allis tissue forceps combine 5 × 6 interlocking teeth with a wide 7mm jaw at a 156mm reach, distributing grip across a larger contact area for handling broad tissue layers. The interlocking teeth hold fascia, breast tissue, and bowel firmly without slippage, while the wider jaw spreads pressure across a greater surface. Stainless steel construction is built for reliable performance across repeat clinical use.
Heavy interlocking teeth define the Allis tissue forceps, a workhorse for grasping dense fascial and visceral tissues during general surgical exposures. The 5 × 6 interlocking‑tooth pattern distributes clamping force across a broad contact surface, preventing tissue slippage during traction and packing maneuvers. At 305mm overall length, these reusable forceps extend reach into deeper abdominal and thoracic fields.
Allis tissue forceps with 5 × 6 interlocking-tooth pattern deliver secure grip on dense tissue including fascia, breast, and bowel. The heavy-duty tooth geometry prevents tissue slippage during retraction without crushing. The 152mm length and straight profile support stable single-handed manipulation in general surgical fields.
Allis tissue forceps with a 5 × 6 interlocking tooth pattern step up from the 4 × 5 version for grasping denser tissue � fascia, breast, and bowel � where additional tooth count gives more secure purchase. The 152mm length suits routine general surgical exposure.
This Allis tissue forceps delivers heavy interlocking grip through 5 × 6 tooth pattern, ideal for grasping tough fascial and peritoneal tissue without crushing. The straight geometry and compact 152mm length support controlled handling in confined fields. Stainless steel construction is built for reliable performance across repeat clinical use.
The Allis tissue forceps with 5 × 6 interlocking teeth provide a secure heavy grasp on fascia, tough connective tissue, and specimen during general and abdominal procedures. The interlocking tooth pattern holds dense tissue without slipping while the 190mm length reaches comfortably into mid‑depth fields. Stainless steel construction is built for reliable performance and lasting durability across repeat clinical use.
The Allis tissue forceps features heavy interlocking 5×4 teeth designed for secure grasping of dense tissue, fascia, and bowel during general surgical procedures. The interlocking pattern distributes compressive force without crushing delicate structures, making it ideal for complex tissue handling. Its 7�" (191mm) length suits mid‑field use.
Allis tissue forceps with 5 × 6 interlocking tooth pattern are heavy‑duty instruments designed for secure grasp on dense fascia, peritoneum, and bowel tissue during abdominal surgery. The 230mm length extends reach into deeper operative fields, while the interlocking tooth geometry maintains firm hold without tissue crushing. Reusable stainless‑steel construction delivers reliable performance across many cases.
Allis tissue forceps at 159mm carry 5 × 6 interlocking teeth for secure purchase on dense tissue such as fascia, breast, and bowel. The heavier tooth count distributes grip force without excessive crush, and the ring handle keeps the hand seated during traction. Suited to general open procedures requiring firm tissue control.
Built for narrower fields, these delicate Allis tissue forceps engage fascia, peritoneum, and bowel edges with a 4 × 5 interlocking‑tooth pattern that grips firmly without crushing fine planes. The 121mm length keeps the handle clear of small incisions during superficial and pediatric general work. Stainless‑steel construction supports repeat autoclaving across busy general sets.
This insulated Allis tissue forceps features 4 × 5 interlocking teeth for secure fascial and dense tissue grasping during electrosurgical procedures. The insulation extends from tip to box lock, enabling safe monopolar activation. At 152mm, geometry supports controlled handling in open surgical fields.
The petit Allis tissue forceps deliver the characteristic Allis interlocking 4 × 5‑tooth grasp in a fine 3mm jaw at a compact 140mm length, suited to delicate or pediatric tissue handling. The interlocking teeth hold dense tissue, fascia, or breast and fibroid specimens without slippage, while the petit profile reduces tissue trauma in narrow fields. Stainless steel construction is built for reliable performance across repeat clinical use.
The Allis-Adain tissue forceps combines Allis-pattern interlocking teeth (9 × 10 pattern) on a compact 152mm frame, providing dense-tissue grasping in narrower or more delicate surgical fields. The high tooth count ensures secure grip on tough fascial and tissue planes.
This extra delicate Allis variant is engineered for narrower surgical fields and sensitive tissue planes. The 3 × 4 tooth pattern distributes grip force over a smaller surface area, minimizing crush injury in delicate structures. Straight geometry enables fine work in confined spaces at 152mm total length.
This delicate Alm retractor is engineered for precise exposure in narrow or confined surgical spaces. Its 4 × 4 configuration of blunt prongs (4mm × 8mm) distributes retraction force evenly across shallow fields. The finger-twist spread mechanism allows surgeon-controlled separation without ratcheting, ideal for pediatric or soft-tissue work where gentle manipulation is essential.
This slightly longer Alm delicate retractor (102mm) accommodates moderate-depth shallow exposures with the same 4 × 4 blunt-prong geometry. The adjustable finger-twist spread mechanism grants gradual control over prong separation. Its slender profile makes it ideal for pediatric surgery or fine soft-tissue work where instrument bulk must be minimized.
The delicate Alm retractor carries 4 × 4 sharp prongs at 3 × 8mm on an adjustable finger‑twist self‑retaining frame, sized for compact dermatologic and oculoplastic exposure. The fine sharp prongs lift skin without crushing, and the finger‑twist adjustment sets the spread without sustained operator force.
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.
An Alyea vas clamp uses circular jaws set with 5 × 6 dull teeth to secure the vas deferens during vasectomy without pinching or crushing the duct. The dull tooth pattern grips the tubular structure on its circumference, holding it stable for ligation or division. The 152mm length keeps the handle clear of the scrotal field.
The Andrews‑Pynchon suction tube features a slim rigid cannula with a thumb‑controlled vent at the proximal hub, allowing the surgeon to modulate suction strength without removing the instrument from the field. The 238mm length reaches comfortably into general surgical and ENT cavities for clearing blood, irrigation, and small debris. Stainless steel construction is built for reliable performance across repeat clinical use.
Built for delicate suture work, this curved Anis needle holder uses a fine‑pattern jaw to grip small needles without skewing the bite. The round knurled handle gives tactile control across rotation, while the dull finish reduces glare under microscope or coaxial light. A locking ratchet holds the needle through arc placement; the 127mm length suits ophthalmic and microsurgical fields.
This Anis needle holder delivers a curved jaw profile configured for controlled suture placement in general surgical repairs. At 125mm overall length, the instrument provides balanced reach without excessive overhang, and the absence of a locking mechanism allows rapid needle release during sequential suturing. Stainless steel construction ensures durability across repeated reprocessing.
This straight arthroscopic punch delivers 1.5mm cutting action through a single-action jaw mechanism at 178mm working length, ideal for controlled meniscal and capsular resection within confined joint spaces. The straight approach prevents lever-arm binding when working in tight quarters. Stainless steel edges maintain sharpness across repeat cases.
This arthroscopic scissors/punch instrument includes a straight shaft and Type A handle design for controlled arthroscopic cutting.
This 1.5mm arthroscopic scoop is designed for retrieving loose bodies, fibrin debris, and synovial fragments from joint spaces during arthroscopic surgery. Its upswept geometry provides efficient scooping action with minimal additional trauma to cartilage and meniscal edges. Stainless steel construction resists corrosion from saline irrigation and reprocessing.
The Aufranc Cobra retractor is designed for atraumatic hip and proximal femur exposures in orthopaedic arthroplasty. Its curved cobra‑shaped blade reaches beneath muscular and capsular structures while the rounded 10mm tip protects underlying neurovascular bundles. The hollow handle reduces fatigue during extended retraction.
Built for hip and acetabular exposure, this Aufranc Cobra retractor pairs a 32mm cobra‑shaped blade with a 10mm smooth pointed tip that anchors into bone while sweeping soft tissue clear. The hollow handle reduces overall weight during prolonged retraction, and the 267mm length suits deep orthopedic corridors. Stainless‑steel construction holds an edge and finish across repeat reprocessing.
The Aufranc Cobra retractor delivers a deep curved (J-shaped) blade for atraumatic liver, intestinal, or visceral retraction in open abdominal procedures. The 32mm blade width accommodates moderate-volume organ exposure, while the hollow ergonomic handle reduces fatigue during extended retraction. The serrated blunt tip prevents slipping on smooth organ capsules.
The Aufranc Cobra retractor delivers powerful periosteal and soft tissue retraction through its 32mm serrated pointed blade. The ergonomic hollow handle reduces hand fatigue during extended orthopedic exposures. The 267mm overall length provides leverage for deep wound retraction without manual assistant burden.
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