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An 8‑1/2" (216mm) #3L knife handle gives the surgeon extra reach for deep incisions while accepting standard #10, #11, #12, and #13 blades. The straight shaft delivers a stable working axis, and the extended length keeps the surgeon's hand off the field during deeper cuts. Stainless‑steel build sustains the locking blade slot through reprocessing.
Features & Benefits
The #3L long knife handle at extended length accepts blades 10 through 15 on the standard #3 fitting, sized for deeper general surgical incision than the standard 127mm #3 handle. The longer body carries the cutting tip into deeper fields.
This angled #3LA knife handle is designed for deep surgical incisions and approach angles that require a steeper entry. The 10‑15 degree tip width specification allows controlled blade depth penetration into tissue planes. At 213mm overall length, the handle reaches into deeper surgical corridors while maintaining visibility and hand position control.
Sized for larger amputation and gross‑dissection blades, this extra‑fine #4 knife handle accepts blades in the 20 to 25 width range for heavier soft‑tissue work. The 137mm length keeps the surgeon's hand clear during long incisions. Stainless‑steel construction provides predictable grip security across repeat reprocessing.
The #4 knife handle with an integrated millimeter ruler accepts blades 20 through 25 at 134mm overall length, adding an on‑instrument measure to the standard #4 handle for incision planning. The ruler markings allow direct measurement at the surgical field.
The #4 knife handle accepts blades 20 through 25 on the standard #4 fitting at 134mm overall length, sized for deeper general surgical incision than the #3 handle accommodates. The larger fitting suits the broader blades used in heavier tissue cuts.
The #4L extra‑fine knife handle for deep surgery accepts blades 20 through 25c on a 213mm body, with the long shaft carrying the cutting edge into deep abdominal and thoracic fields. The fine handle profile preserves tactile feedback at the cutting tip.
The #7 knife handle accepts #10, #11, #12, and #15 blades on its slim 165mm shaft, giving the surgeon a single grip for varied scalpel work. The pencil‑style handle improves fingertip control during fine incisions, particularly in plastics and dermatologic procedures. Stainless‑steel construction supports routine processing.
The #9 knife handle at 120mm accepts blades 10, 11, 12, and 15 on the standard #9 fitting, with the slim ergonomic profile of the #9 family. The compact length keeps the cutting tip at the surgeon's fingertips during fine ophthalmic and minor surgical incisions.
The wide #9 knife handle pairs a hollow grip with a broad profile for stable scalpel control during larger incisions and dissections. The hollow design reduces overall weight, easing fatigue during prolonged use. Stainless‑steel construction sustains repeat sterilization across the instrument's service life.
This 10‑0 black nylon suture is engineered for microsurgical vascular and neural repair work requiring fine tensile strength and visibility. The double‑armed configuration with 160‑degree needle arc supports passage through delicate tissues. At 300mm overall length with 5.6mm needle spacing, this suture suits microsurgical anastomosis.
This 10-0 black nylon monofilament suture with a 1/2 circle needle geometry and 160-degree curvature provides fine tissue approximation in delicate ophthalmic and microsurgical procedures. The 0.15mm wire diameter permits passage through minimal-thickness tissues. Single-armed construction with 150mm thread length supports single or multiple placements per case.
This 10‑0 black monofilament nylon suture delivers fine passage and reliable knot security essential for ophthalmic and microsurgical reconstruction. The 300mm length extends reach into deeper operative fields. Its black coloration enhances visibility against tissue planes.
This 10‑0 black nylon monofilament suture features a side‑cutting HSL5 lancet needle in 1/2 circle configuration. The 300mm single‑arm length enables longer reach in deeper microsurgical fields while maintaining fine passage characteristics. The package of 12 supports bulk procurement for high‑volume ophthalmic practices.
This 16‑gauge stainless‑steel surgical wire is wound on a 4‑ounce spool for soft‑tissue approximation, fixation, and temporary stabilization. Its moderate gauge balances tensile strength with malleability, allowing controlled shaping without fracture. The smooth surface facilitates predictable tissue passage.
Wound onto a 4‑ounce Babcock spool, this 18ga stainless‑steel surgical wire is sized for heavier sternal closure and orthopedic fixation. The 18ga diameter delivers tensile strength for high‑load approximation while remaining workable by hand or driver. Stainless‑steel chemistry supports implant‑grade use with predictable corrosion resistance.
This 20ga Babcock surgical wire is supplied on a 4oz spool for soft‑tissue fixation, wire‑loop closure, and temporary vascular occlusion during general surgical procedures. The 20‑gauge diameter provides adequate tensile strength for safe fixation while remaining amenable to careful bending and reshaping. Stainless steel construction resists corrosion during preparation and implant storage.
This 21‑gauge stainless‑steel surgical wire offers finer, more flexible manipulation than heavier gauges while maintaining adequate strength for soft‑tissue work. Its 4‑ounce spool format suits moderate‑volume surgical programs. The smooth finish enables clean passage through tissue planes.
This 23-gauge stainless‑steel surgical wire is supplied on a 4-ounce spool for soft-tissue approximation and reinforcement. The fine gauge allows precise placement through delicate tissues while maintaining adequate tensile strength. Babcock‑style configuration supports standard suturing and fixation protocols.
This 25‑gauge surgical implant wire on a 4‑ounce spool is sold for Babcock‑style approximation and implant fixation where stainless wire is the appropriate suture. The wire holds tension under repeat reprocessing in the surgical set and provides a sterile single‑use closure material.
This fine 27‑gauge stainless‑steel surgical wire enables precise manipulation in microsurgical and delicate tissue applications. Its reduced diameter accommodates small‑bore passages while maintaining adequate fixation strength. The 4‑ounce spool provides extended procedure support.
Supplied on a 4‑ounce Babcock spool, this 30ga stainless‑steel surgical wire serves the finest cerclage, tendon, and small‑structure approximation tasks. The 30ga diameter contours tightly around small anatomy without kinking under standard handling. Implant‑grade stainless chemistry holds corrosion behavior steady through extended implantation.
This 32ga Babcock surgical wire on a 4oz spool supports very fine wire work in delicate surgical fields where minimal tissue trauma is paramount. The ultra‑thin 32‑gauge profile suits nerve repair, fine vascular anastomosis, and precision closure in microsurgical workflows. Stainless steel preserves malleability during careful bending.
This ultra‑fine 34‑gauge stainless‑steel surgical wire is suited to precision microsurgical applications where minimal tissue trauma and maximal visibility are critical. Its very thin profile passes easily through confined spaces. The 4‑ounce spool accommodates extended microsurgical procedures.
This 35ga Babcock surgical wire on a 4oz spool enables the finest fixation in highly delicate surgical environments such as ophthalmic and neurologic microsurgery. The extremely thin 35‑gauge diameter facilitates controlled placement in confined spaces while the stainless steel construction ensures reliable handling without kinking.
This 36ga Babcock surgical wire on a 4oz spool represents the thinnest offering for precision applications where minimal material presence is critical. The ultra‑fine 36‑gauge profile suits advanced microsurgical repair and closure in highly specialized ophthalmic and neurologic fields. Stainless steel preserves surface integrity throughout careful handling.
This 38ga Babcock surgical wire on a 4oz spool provides the finest commercial wire option for cutting‑edge microsurgical applications where material visibility and handling require extraordinary delicacy. The 38‑gauge diameter allows passage through tissue planes with minimal disruption, and stainless steel construction maintains stability during extended surgical procedures.
The 3K Beaver‑style chuck handle with a round handle carries a collet sized for 50, 60, and 70 series Beaver blades, suited to ophthalmic and microsurgical incision work. The round handle preserves a stable fingertip rotation grip during fine cuts.
This 3K Beaver‑style chuck features a round handle and accepts 50‑, 60‑, and 70‑series blades for general surgical use. The 127mm length supports stable loading and precise blade positioning.
This extended‑length 3K Beaver‑style chuck has a round handle and accepts 50‑, 60‑, and 70‑series blades. The 180mm profile provides increased reach for procedures requiring deeper access.