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The Mayo‑Hegar bulldog needle holder in the short broad pattern carries a 14 × 4mm jaw with an integrated wire twister on a 178mm frame, combining suture needle holding with sternal and orthopedic wire manipulation. The broad jaw suits heavier needles encountered in cardiothoracic and orthopedic cases.
Features & Benefits
Mayo‑Hegar bulldog needle holder in tungsten carbide features a short broad jaw pattern optimized for stable needle grip during tough suturing tasks. The 14 × 4mm jaw dimensions and tungsten carbide construction deliver superior edge retention across many cases. The 178mm length supports accessible field suturing in general surgical applications.
This left-handed Mayo-Hegar needle holder features tungsten-carbide jaws and an extended 305mm length designed to accommodate left-handed surgeons while maintaining optimal needle control in standard and deep surgical fields. Carbide material preserves needle grip precision through hundreds of cases. The extended length and left-hand geometry support comfortable, sustained suturing performance.
This left-handed Mayo-Hegar tungsten carbide extends to 178mm, combining left-hand ergonomics with premium material and extra reach for left-handed surgeons managing deeper or more complex closure planes. Tungsten carbide serrated jaws maintain sharp edges even under heavy use. The extended shaft reduces repositioning during prolonged closure sequences.
Extended 14-inch Mayo-Hegar needle holder in stainless steel provides maximum reach for suturing in deep abdominal, pelvic, or thoracic fields where standard length proves limiting. The straight geometry and long shaft support controlled needle manipulation at depth. Stainless steel construction ensures durability across routine reprocessing.
This straight Mayo‑Hegar needle holder provides reliable performance across general surgical closures. The 203mm length offers extended reach while maintaining balanced spring tension. Its proven design supports consistent needle manipulation from skin through deep fascial layers.
This Mayo-Hegar needle holder unites the Mayo-style jaw lock with Hegar's serrated working surface, a proven combination for general surgical closure across a wide range of needle gauges and tissue resistances. Stainless steel construction provides lasting durability and corrosion resistance through routine sterilization. The 140mm length accommodates standard operative fields without excess shaft.
Extended to 152mm, this Mayo-Hegar variant increases reach for surgeries where initial closure depth extends beyond shallow surface planes. The serrated jaw pattern maintains needle control through varied tissue densities. Stainless steel construction supports the thermal and chemical stresses of autoclave cycles without performance loss.
The Mayo‑Hegar needle holder combines a serrated jaw surface with balanced spring action and 203mm extended length for reliable needle grasp during open surgical closure and fascial approximation. The versatile geometry suits general, abdominal, and trauma surgical applications. Stainless steel construction ensures durability.
Extended‑length tungsten carbide Mayo‑Hegar needle holder combines a locking jaw mechanism with exceptional edge hardness for sustained suturing across lengthy closures. Tungsten carbide jaws resist dulling and maintain reliable needle purchase through multiple sutures. Extended 305mm shaft supports reach to deeper or distant wound edges.
The Mayo-Hegar needle holder features tungsten-carbide jaws that maintain precise needle grip through hundreds of surgical cases without dulling. The straight 152mm design provides optimal control and visibility during general and vascular suturing. Carbide construction combines reliable edge retention with corrosion resistance over extended clinical use.
Mayo-Hegar needle holder in tungsten carbide at 178mm provides robust grasp and fine control for general surgical suturing tasks. The tungsten carbide jaw construction resists marring and maintains clamping force through many surgical cases. Straight geometry supports precise needle positioning and controlled needle passage.
Tungsten carbide elevates the Mayo-Hegar pattern into the durability range needed for high-volume closure work where edge retention becomes a cost-driver. At 140mm, this compact version preserves the classic proportions while upgrading material performance. The serrated jaw geometry delivers consistent needle purchase across repeated use.
Mayo-Hegar needle holders deliver robust needle fixation in general and cardiovascular surgery with serrated jaws that prevent slippage. Tungsten carbide construction provides lasting edge durability across high-volume surgical schedules. The straight 152mm shaft enables efficient needle handling during extended cases.
The Mayo-Hegar needle holder in tungsten carbide combines serrated jaws with robust holding geometry for secure needle grasping across extended suturing sequences. The 178mm straight shaft supports visibility and reach in standard surgical fields, while tungsten carbide construction delivers exceptional edge durability and resistance to wear. The ratcheted mechanism prevents inadvertent needle slip during knot tying.
At 203mm, this extended Mayo-Hegar tungsten carbide serves deep abdominal procedures where fascial and visceral closure requires maximum shaft length and premium edge retention. The serrated jaw pattern maintains consistent needle control through multiple fascial layers. Tungsten carbide resists the cumulative wear of high-volume surgical programs.
Measuring 9", 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.
Micro needle holders deliver secure needle fixation in fine ophthalmic and microsurgical suturing. The 0.8 × 12mm diamond-coated jaws lock needles without slipping, enabling repeatable, precise suture placement. Round 9mm handle diameter supports comfortable, controlled manipulation during extended microsurgical cases.
Curved 0.4mm tips define this micro needle holder for fine suture handling in delicate general surgical work. The 8mm mid‑screw‑to‑tip dimension concentrates closing force at the working end, and the lockless design supports rapid release between passes. A 178mm overall length keeps the instrument balanced in the hand during prolonged microsurgical sequences.
The micro needle holder in tungsten carbide features a serrated 3mm‑to‑1mm tapered jaw for precise control of fine sutures in microsurgical fields. The 152mm length combined with the ring handle enables delicate finger movements during extended microvascular work. The premium carbide material preserves jaw texture across repeated use.
The micro Ryder needle holder delivers delicate needle manipulation through a tungsten-carbide serrated jaw that provides secure grip without slipping during microsurgical and vascular suturing. The straight 127mm compact design supports precision control in confined operative spaces. Serrated carbide jaws ensure reliable needle retention through extended microsurgical workflows.
This straight micro surgery needle holder with 0.6mm tips accommodates fine sutures in confined microsurgical fields. The box lock mechanism provides secure needle grip without wobble, while the 181mm length balances reach and visibility. The round handle supports precise movements in extended procedures.
This microsurgical needle holder features 0.8mm diamond‑dusted jaws optimized for fine vascular and neural suturing. The slim‑line box lock provides secure needle engagement without bulk. The 9mm knurled round handle supports precise tactile control in extended microsurgical cases at 229mm length.
This titanium microsurgical needle holder features 0.8mm diamond‑dusted jaws that provide superior grip on delicate microsurgical needles while minimizing slippage. The standard curve geometry and 8mm knurled round handle enable fingertip control in precision ophthalmic and reconstructive work. Titanium construction combines rigidity with corrosion resistance over many cases.
This miniature Ryder needle holder combines tungsten‑carbide durability with a narrow jaw profile suited for confined microsurgical fields. The serrated jaw surfaces maintain secure needle grip throughout fine suturing, while the 180mm length and spring‑action design support delicate one‑handed needle manipulation without hand fatigue during extended procedures.
This shorter curved needle holder at 150mm suits pediatric or confined-space suturing applications. The 0.4mm jaws provide secure grip on fine suture material, and the curved geometry follows natural hand positioning in limited fields. The 8mm round handle delivers balanced weight despite the compact profile.
This curved needle holder uses a 0.4mm diameter jaw for secure suture management in soft tissue approximation. The 178mm length and 8mm round handle provide balanced ergonomic weight distribution. Without a locking mechanism, the holder permits rapid needle release and adjustment.
This Neivert needle holder pairs tungsten carbide smooth jaws with a groove and offset ring handle that reduces hand fatigue during prolonged suturing. The offset ring distributes pressure across the palm and fingers. The 127mm shaft extends reach while maintaining tactile feedback. Tungsten carbide construction ensures lasting durability.
Measuring 7", 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.
Olsen-Hegar needle holders combine needle fixation with integrated suture scissors for dual functionality in fine surgical closure. The delicate serrated jaw design prevents needle slippage while the integrated scissor blade enables immediate suture cutting without instrument exchange. Compact 121mm length supports precision micro work.