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The Olsen‑Hegar needle holder combines a serrated needle‑grasping jaw with integral suture scissors, permitting single‑instrument needle placement and suture cutting during wound closure. The 133mm compact length provides controlled reach in confined fields. Stainless steel construction ensures long‑term durability.
Features & Benefits
The Olsen-Hegar combines needle-holding capability with integrated suture scissors in a single 121mm instrument, reducing tray volume and handoff delays during microsurgical or delicate repair work. Tungsten carbide serrated jaws grip fine needles while the scissor blade manages suture trimming. The delicate jaw pattern suits confined spaces and precision tissue approximation.
This Olsen-Hegar variant substitutes smooth jaws for serrated, preserving the integrated scissor function while reducing surface trauma to fine suture materials or delicate tissue edges. Tungsten carbide construction delivers the durability needed for combined needle-holding and scissor work. The 121mm delicate design suits confined anterior-chamber or microsurgical fields.
Combining a needle driver with an integrated suture scissor, this 140mm Olsen‑Hegar holder lets the surgeon drive and cut without switching instruments during continuous closure. Serrated tungsten‑carbide jaws hold the needle firmly while the proximal blade trims tail length cleanly. The dual‑function geometry shortens closure time during routine wound and skin repair.
The Olsen-Hegar needle holder in tungsten carbide integrates both needle-driving and suture-cutting functionality into a single instrument, reducing hand exchanges during closure. The 190mm straight shaft accommodates standard suturing sequences while the built-in scissors provide immediate suture trimming without separate instrument handling. Tungsten carbide jaws maintain sharpness and ratcheted security across extended cases.
This tungsten carbide Par needle holder features delicate serrated jaws and two gold ring handles, measuring 127mm overall. The tungsten carbide material delivers superior edge retention across high-volume suturing sequences, while the delicate jaw pattern suits fine surgical closures. Gold ring handles provide visual distinction and ergonomic comfort.
The Ryder micro needle holder narrows the working field to a 1mm serrated tip, enabling precise suture passage in microsurgical or delicate tissue planes where standard needle holders would be unwieldy. Tungsten carbide construction preserves the fine edge detail necessary for controlled micro-manipulation. At 152mm overall, the holder balances miniature tip geometry with adequate shaft length for stable grip.
The Ryder micro needle holder with a 1mm TC serrated jaw at 127mm carries an even finer jaw than the standard 2mm Ryder, sized for the smallest microvascular and reconstructive needles. The TC inserts hold tiny needles without distortion.
This extended 260mm Ryder micro needle holder with tungsten‑carbide serrated jaws delivers superior grip on delicate microsurgical needles over extended working distances. The 2mm jaw width ensures precision control in confined ophthalmic and reconstructive fields. Tungsten carbide construction provides exceptional durability.
The compact 127mm Ryder micro needle holder pairs the TC serrated 2mm jaw of the standard Ryder with a shorter body for the smallest microvascular and reconstructive fields. The compact frame keeps the working tips at the surgeon's fingertips.
The Ryder micro needle holder carries a 2mm TC serrated jaw on a 152mm frame, sized for microvascular and fine reconstructive suture work. The compact jaw holds small needles without distortion, and the moderate length suits microscope‑assisted procedures.
The longer 178mm Ryder micro needle holder pairs the TC serrated 2mm jaw of the standard Ryder with extended reach for deeper microvascular and reconstructive suture work. The TC jaw holds microvascular needles without distortion across the full sutured line.
This compact Ryder needle holder combines a narrow tungsten carbide jaw with smooth serrated surfaces, ideal for delicate suturing in confined spaces. The 127mm length and ring handle enable precise needle control with minimal wrist movement. Carbide material maintains jaw alignment and durability across hundreds of suturing sequences.
The Ryder needle holder features a smooth 1mm jaw for secure, atraumatic needle grip during fine suturing. Tungsten carbide construction maintains edge hardness through repeat clinical use, while the 178mm length provides balanced access to moderate‑depth fields. Its reliable closure mechanism supports consistent handling over many cases.
Ryder needle holder combines tungsten carbide jaws with a smooth, narrow jaw profile optimized for fine suturing work where space constraints limit tool size. Tungsten carbide sustains edge sharpness across multiple closure sequences. Extended 229mm length supports reach to deeper wound edges.
Ryder needle holders in titanium with delicate diamond-dusted jaws and compact 150mm length deliver precision grip for fine microsurgical suturing on delicate tissues. Titanium construction provides lasting reliability across repeated sterilization cycles. Diamond-dusted jaw surface prevents fine-suture slipping.
The Sarot needle holder extends reach to 184mm, serving thoracic and deeper abdominal cases where extended working length becomes essential for controlled suture passage in confined spaces. Stainless steel construction resists corrosion from repeated sterilization. The serrated jaw surface maintains reliable needle engagement across varying tissue densities.
The Sarot needle holder extends 181mm to reach into deeper surgical fields where suture placement demands needle control. Its tungsten‑carbide smooth jaws grip needles securely without surface damage, supporting reliable performance across many surgical cases.
This tungsten‑carbide Sarot needle holder delivers superior durability in repetitive suturing across dense tissues and high‑demand surgical cases. The serrated jaw surfaces grip suture needles with secure purchase, preventing slip and maintaining needle orientation through the full passage. Built from tungsten carbide, this instrument combines rigidity with wear resistance over countless clinical uses.
The Sarot needle holder combines tungsten carbide jaws with straight geometry for reliable performance in dense tissue closure. Serrated working edges provide superior grip on suture material without damaging thread integrity across repeat procedures. At 184mm, this instrument reaches deeply into surgical fields while maintaining precise needle control.
The Stratte needle holder carries a double‑curve‑to‑side profile with tungsten‑carbide jaws, sized for vascular suturing at depth where the standard straight needle holder cannot present the needle at the right angle. The TC jaws maintain needle grip across long suture lines.
Stratte needle holder in tungsten carbide at 229mm with curved-up geometry extends reach for suturing in deeper or harder-to-access surgical fields. The tungsten carbide jaws maintain clamping force and resist dulling through repeated use. Curved profile enhances visibility and reach around anatomical contours.
This delicate Tebbetts needle holder employs tungsten carbide with fine diamond-dusted tip geometry for precision needle engagement in delicate suturing. The 140mm length supports comfortable wrist positioning during extended fine-suture sequences. Carbide material maintains jaw alignment and prevents needle slipping across repeat clinical use.
This Wangsten needle holder features short jaws with extended 265 to 267mm overall length, providing reach to deeper or more remote surgical sites while maintaining fine jaw control. The short jaw geometry enables precise needle driving without excessive bulk, ideal for suturing in confined spaces. Stainless steel construction ensures durability across routine reprocessing cycles.
This Webster needle holder features diamond‑dusted jaws that grip suture without rolling or twisting. The straight profile enables direct visibility into the operative field. Stainless steel construction combines durability with the specialized diamond‑dust surface treatment that reduces suture slippage significantly.
The Webster needle holder features a serrated jaw surface that secures suture needles and fine filament without slipping during microsurgical closure. The 136mm length provides adequate reach for tissue approximation work. Stainless steel construction ensures reliability and corrosion resistance.
Measuring 5", this needle holder delivers secure closure without thread slippage. Tungsten carbide jaw surfaces maintain sharp bite and precise needle control across hundreds of closures. Balanced weight distribution minimizes hand and wrist strain during extended procedures.
This compact 114mm Webster needle holder features smooth tungsten‑carbide jaws and straight geometry for fine suturing in general surgical procedures. The smooth jaw surfaces grip round-bodied needles securely without marring, and the tungsten‑carbide construction provides durable needle control across many cases.
This titanium Yasargil bayonet needle holder combines lightweight strength with 0.9mm smooth jaws for extended microsurgical procedures. The slim‑line box lock reduces profile within the operative field. At 229mm with a three‑hole flat handle, this instrument balances precision and operator control during intricate neural and vascular work.