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The fenestrated jaw on this Collier needle holder seats the suture needle in a defined channel, reducing rotation during driving. The 125mm length suits shallow and moderate‑depth closures, and the slim profile preserves visibility at the wound edge. Stainless‑steel construction supports routine reprocessing.
Features & Benefits
When deeper rhinoplasty retraction is needed, this large Cottle single hook offers a deep curve on a 133mm shaft to lift the nasal tip or alar base into the surgeon's view. The pronounced curvature distributes load along the hook rather than at a single point, reducing skin pinch during prolonged exposure. Stainless steel construction holds the point geometry through repeat steam sterilization.
Carrying a shallow curve at the working tip, this small Cottle single hook engages alar rim and columellar skin during rhinoplasty exposure. The lighter curvature suits delicate retraction where deeper hooks would tent or tear thin nasal skin. The 133mm length keeps the surgeon's hand outside the operative field, and stainless steel construction holds the point through repeat sharp‑instrument reprocessing.
Engineered for firmer rhinoplasty retraction, this large Cottle skin hook presents a sharp 4mm diameter tip on a deep curve and a 140mm shaft. The deep curve seats well into the alar margin and columellar base while sharp engagement prevents skin slippage during dorsal exposure. Stainless steel construction holds the point geometry through repeat sharp‑instrument reprocessing.
2 Prongs skin hook with 3mm gap provides precise retraction of thin tissue layers. Sharp edges penetrate dermis decisively without slipping during surgical exposure. Stainless‑steel construction combines durability with corrosion resistance for reliable reuse.
These double-prong Cottle thumb retractors deliver precise nasal and perioral tissue retraction through sharp prongs optimized for ENT exposure. The compact 38mm length enables controlled retraction in tight nasal and oral fields. Sharp geometry ensures reliable tissue engagement without slipping during surgical manipulation.
The Cottle skin hook provides a dual-prong sharp tip for retraction of nasal soft tissues and skin flaps during rhinoplasty and endoscopic sinus procedures. The 12mm spread supports stable flap positioning without crushing, and the flat handle offers ergonomic control. Stainless steel construction ensures reliable performance across repeated cases.
The standard‑curve Crile hemostatic forceps delivers reliable vascular clamping in general surgical hemostasis. Its 140mm length and curved geometry enable secure application across varied vessel sizes and anatomic positions. The interlocking jaw mechanism provides positive lock for prolonged vessel occlusion without fatigue.
Petit‑Point Crile forceps are scaled down from the standard pattern for clamping fine vessels and tissue pedicles where a full‑size Crile would be bulky. The curved jaws follow tissue contours, and the 140mm length keeps the working hand clear of the field. Stainless‑steel construction supports routine reprocessing.
Curved Crile forceps at 159mm address vessel control and tissue clamping in routine general procedures. The serrated jaws maintain grip on small to medium vessels without crushing surrounding structures, while the standard curve lets the working tips reach around adjacent tissue. Balanced spring tension supports prolonged handling.
Crile clamp measuring 6-1/4" delivers reliable tissue control and hemostasis. Serrated jaw geometry ensures secure grip without crushing delicate structures. Stainless‑steel construction provides durable performance across repeat surgical use.
The Crile forceps with petit‑point tips feature fine interlocking geometry designed for secure hemostasis in delicate tissue fields. The straight 5�" (140mm) length suits confined space work. Stainless steel construction ensures lasting durability across routine surgical cases.
The standard‑pattern straight Crile forceps at 140mm bring the standard Crile geometry � serrated jaws, ratcheted hinge � in a slightly more compact length than the larger 159mm variant. The straight profile suits in‑line clamping at the wound margin.
The Crile forceps in straight configuration deliver reliable hemostasis through secure jaw interlocking during general surgical procedures. The 5�" (140mm) length suits midfield vascular control. Stainless steel construction supports rigorous sterilization cycles and routine use.
The straight Crile forceps is a heavy vascular clamp designed for secure hemostasis on larger vessels and tough tissue planes. Its serrated jaws deliver reliable interlocking grip across deep surgical fields, and the full 159mm length provides reach into the operative field. Reusable stainless steel construction supports repeated sterilization cycles.
The straight Crile forceps at 159mm carry serrated jaws sized for medium‑vessel and small‑pedicle clamping during general surgical hemostasis. The ratcheted hinge locks the clamp without operator force, and the straight profile suits in‑line clamping along the wound margin.
Straight Crile hemostatic forceps at 191mm clamp medium vessels with full‑length transverse serrations along the jaws. The longer 7‑1/2" reach extends a step beyond standard Kelly geometry, suiting deeper open fields. Ratcheted shanks lock the bite while the surgeon ligates.
This nerve hook measuring 5-3/4" gently retracts delicate neural and vascular structures. Blunt tip design prevents inadvertent tissue trauma during dissection. Stainless‑steel construction provides reliable performance across many surgical cases.
This double‑ended Crile retractor offers two blade widths in one instrument: a 12 × 6mm blade for tight superficial exposures and a 22 × 7mm blade for broader retraction. The 165mm overall length keeps the surgeon's hand clear of small operative fields, making it useful across plastic and minor general procedures.
This vessel hook measuring 7-7/8" gently retracts delicate neural and vascular structures. Blunt tip design prevents inadvertent tissue trauma during dissection. Stainless‑steel construction provides reliable performance across many surgical cases.
Built at 229mm, the Crile‑Wood (DeBakey) needle holder carries TC serrated jaws sized for deeper suture placement in abdominal and thoracic cases. The TC inserts maintain needle grip across long suture lines, and the longer body keeps the surgeon's hand clear of the wound depth.
Left‑handed Crile‑Wood needle holder pairs tungsten carbide jaw construction with an extended 263mm shaft designed for left‑hand suturing at extended reach. Tungsten carbide ensures sustained edge sharpness through prolonged closure sequences. Locking mechanism securely holds the needle throughout passage.
This left-handed Crile-Wood needle holder delivers the serrated-jaw security and ergonomic geometry that left-handers require without repositioning the instrument during closure sequences. Tungsten carbide construction maintains sharp, durable working edges across many cases. The 152mm shaft length accommodates standard depths in abdominal and general surgical fields.
Built with serrated jaws and a center groove on a 152mm body, this Crile‑Wood needle holder carries the standard Crile‑Wood pattern at a moderate length. The center groove on the jaw catches the needle longitudinally, supporting steady needle control across the suture stroke.
Crile-Wood needle holders with tungsten carbide inserts and 305mm straight shaft provide enhanced tip durability and precision grip for general surgical suturing. Tungsten carbide jaws resist deformation from repeated needle penetration and withstand demanding closure techniques. Straight geometry supports controlled suture placement in deep fields.
The TC Crile‑Wood needle holder with serrated jaws at 152mm carries the tungsten‑carbide grip inserts that hold suture needles across long suture lines without wearing the jaw surface. The 152mm length suits standard mid‑field suturing.
Extended 178mm reach positions this Crile-Wood holder for deeper field access in complex abdominal procedures or where tissue planes extend further from the skin surface. The serrated jaw pattern maintains consistent suture purchase throughout extended closure sequences. Tungsten carbide resists edge degradation under the stress of repeated needle passage.
At 203mm, this extended-length Crile-Wood provides uncompromised reach and control in major abdominal cases where visceral retraction and deep-plane closure require maximum shaft extension. Tungsten carbide serrated jaws maintain reliable needle purchase through the final layers of fascial approximation. The straight geometry supports systematic wound closure without repositioning.
The Crile‑Wood needle holder with smooth TC jaws at 152mm holds finer suture needles where serrated jaws would distort the needle's geometry. The smooth carbide surface grips without scoring, and the compact length keeps the working tips at the surgeon's fingertips.
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