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Compact at 127mm, this straight Webster needle holder is built for fine cutaneous and subcuticular suturing where short throw and tactile precision matter. The smooth tungsten‑carbide jaws grip small swaged needles without scoring, supporting clean passage through thin dermis and delicate fascia. Tungsten‑carbide inserts hold their bite across many reprocessing cycles for dependable long‑term service.
Features & Benefits
This Derf needle holder features a 13mm serrated jaw designed for heavy-duty suture capture and needle control during general surgical closure. The serrated working edge prevents needle slippage across varied suture gauges and materials. Its ring handle supports balanced hand positioning during prolonged suturing, while the ratchet lock maintains consistent jaw compression throughout the closure sequence.
The Webster needle holder features smooth jaws that grip needle shanks without marring or scarring the surface. The 127mm straight configuration positions the working end at standard needle-driving distances. Smooth-jaw geometry preserves needle integrity across multiple throws, reducing the risk of needle fracture or microdefect initiation.
Olsen‑Hegar needle holders combine suture grasping and integrated cutting in a single 165mm instrument. The serrated jaws hold the needle securely during driving, and the suture scissor notch behind the jaws lets the surgeon trim tails without switching instruments. Useful in dermatologic, veterinary, and minor procedure workflows.
This tungsten carbide Olsen‑Hegar needle holder combines a serrated jaw for needle control with an integrated suture scissor in a single 165mm instrument. The tungsten carbide edge provides superior edge retention, reducing wear across high-volume closure sequences. The integrated scissor eliminates instrument exchanges during routine surgical closure.
Tungsten‑carbide jaw inserts give this Derf needle holder a long‑lived gripping surface that resists wear from repeated needle driving. The serrated jaws hold suture needles without rotation, and the ratchet lock secures grip through tying. At 121mm with a dull finish, the instrument suits ophthalmic and fine cutaneous suturing. Tungsten‑carbide inserts combine hardness with corrosion resistance over many cases.
Jacobson micro needle holders in titanium with 12 × 1mm diamond-coated jaws, slim-line box lock, and 181mm length provide ultraprecision needle control for microsurgical work on fine sutures (5-0 or smaller). Titanium construction combines rigidity with corrosion resistance, supporting clean reprocessing cycles. Round handle enables confident finger control.
Measuring 8", 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.
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.
Barraquer needle holders are extra‑delicate precision instruments with 7mm smooth jaws designed for ophthalmic and fine reconstructive suturing. The straight configuration and fine‑tip geometry minimize needle splitting while supporting secure grasp on delicate suture material. This reusable stainless‑steel design maintains precision over many procedures.
This Barraquer needle holder combines delicate geometry with titanium durability for ophthalmic microsurgery. The 11mm smooth jaws offer gentle yet secure needle control without flat surfaces that trap thread. The curved profile brings the working end into the surgeon's visual axis. The 115mm length supports comfortable hand positioning throughout fine suturing sequences.
Measuring 5-1/2", 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 bayonet needle holder provides the offset handle geometry that improves visibility during suturing while maintaining secure needle purchase through its serrated grip surface. The 165mm overall length offers standard reach into general surgical fields, and the straight bayonet profile supports intuitive needle orientation. Stainless steel construction withstands the repeated gripping stress of needle-driving.
Castroviejo microsurgical needle holders with 2mm diamond-dusted jaws, flat serrated handle, and 250mm straight shaft deliver microsurgical precision in ophthalmic and delicate soft-tissue work. Diamond-dusted jaw surfaces grip fine sutures (typically 6-0 or finer) with controlled force. Flat serrated handle supports precision fingertip control.
Microsutures demand a needle holder with exceptionally fine, durable jaws�the Castroviejo microsurgery needle holder delivers both. Tungsten‑carbide jaws provide superior grip on delicate 7‑0 and finer microsutures without crushing or deforming needle metal. The flat serrated handle and straight 184mm shaft enable controlled one‑handed needle placement across precision microsurgical fields.
The Castroviejo microsurgical needle holder delivers 0.8mm smooth jaws for delicate vascular and neural precision work. The standard box lock provides reliable needle retention. The flat serrated handle maximizes grip control during extended micro‑procedures at 180mm.
This Castroviejo microsurgical needle holder pairs titanium construction with 0.8mm smooth jaws for atraumatic grasp of delicate microsurgical needles in ophthalmic and reconstructive procedures. The standard flat serrated handle and box lock mechanism enable precise fingertip control. Titanium mount combines rigidity with corrosion resistance over many cases.
This extended Castroviejo needle holder features tungsten carbide serrated jaws and a box lock for reliable needle control in deeper surgical fields. The 216mm length extends reach beyond standard models, enabling suturing in areas with limited direct access. Carbide construction resists wear and maintains consistent jaw pressure across repeat clinical use.
This straight Castroviejo needle holder employs tungsten carbide jaws and a box lock for precision needle control during general and microsurgical suturing. The 184mm length balances reach with ergonomic comfort, and the serrated carbide surfaces prevent needle rotation during knot placement. Carbide material maintains jaw alignment across hundreds of suturing cases.
Castroviejo needle holders in tungsten carbide combine precision jaw geometry with enhanced edge retention for microsurgical suturing. The straight 216mm length supports extended reach in deeper operative fields, while the smooth jaw design prevents needle splitting. Tungsten carbide construction delivers superior durability and reliability across many cases.
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.
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.