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Combining tungsten carbide cutting edges with a straight fine profile, these Metzenbaum scissors deliver sustained sharpness in selective fine dissection without blade curvature. The TC edges resist dulling through prolonged use, while the straight configuration enables precise linear cuts. At 203mm length, they provide adequate reach for intermediate‑depth microdissection.
Features & Benefits
Extending to 230mm length, these straight tungsten carbide Metzenbaum scissors deliver sustained cutting sharpness deep into surgical fields. The straight fine profile supports selective microdissection even in extended reaches, while the TC edges maintain performance. The blunt tips reduce penetration risk while reaching distant tissue planes.
Built at 229mm for deeper abdominal and thoracic dissection, the curved Metzenbaum‑Nelson scissors carry tungsten‑carbide blunt tips on oval shanks. The curved profile tracks tissue planes through deep field work, and the longer body keeps the operator's hand well clear of the wound margin.
This delicate Metzenbaum scissors in a compact 146mm profile combines fine blade geometry with curved design for precise dissection in confined operative spaces. The delicate pattern reduces tissue trauma while improving visibility along anatomical contours. Suitable for plastic, vascular, and ophthalmologic procedures.
Meyerding finger retractors hold soft tissue away from the operative bone during hand surgery and small‑joint orthopedic exposure. The size 1 blade measures 7mm wide by 18mm deep, and the finger ring registers the surgeon's index against the handle for one‑handed retraction. The 178mm overall length suits small‑field tendon, ligament, and capsule exposure.
This Meyerhoeffer round curette with a 0.5mm cup enables delicate epithelial or stromal debris removal from the corneal surface. The small cup diameter and straight shaft allow precise control when addressing localized opacities or post‑inflammatory deposits. Stainless steel and a 127mm length provide the rigidity and reach needed for anterior segment work.
The Meyerhoeffer round curette with 3.5mm cup is designed for gentle corneal and scleral surface debridement during pterygium excision or corneal scar removal. The rounded cup geometry prevents deep tissue trauma while providing controlled surface epithelial removal.
Michel suture clip forceps are precision instruments for grasping and positioning Michel clips during wound closure. The 121mm straight length and fine‑tipped design provide controlled manipulation of small stainless‑steel clips without deformation. Reusable stainless‑steel construction ensures reliable performance across many suture removal procedures.
These micro ophthalmic scissors deliver fine, straight-line cutting for delicate tissue work during anterior segment procedures. The 12mm cutting blades provide direct visualization and control, while stainless-steel construction withstands repeated sterilization. At 150mm overall, they support precise hand positioning in confined operative spaces.
This micro bayonet elevator dissector combines a gentle upward curve with a narrow working edge, allowing controlled separation of the dura from bone during spinal and cranial decompression. At 229mm, its extended length supports access to deep vertebral bodies and lateral recesses. The slight curvature enhances ergonomic leverage during prolonged retraction and dissection.
This micro Castroviejo needle holder combines titanium construction with diamond-dusted jaws for superior needle grip and lasting durability across hundreds of ophthalmic microsurgical cases. The 180mm length with locking mechanism supports extended reach during complex anterior segment closure, including eyelid and lacrimal repair work.
Microdiscectomy cervical curette, size 000, configured with a forward angled cup on an XL bayonet shaft for disc and endplate preparation in the cervical spine. The 2.4mm‑class cup steps up bite volume from finer sizes while the bayonet keeps the shaft offset from the working sight line. 104mm working length suits standard tubular microdiscectomy depth.
Forward‑angled microdiscectomy cortical bone cutter on an XL bayonet shaft, sized at 104mm working length over a 241mm overall frame. The forward angle drives the cutting edge into cortical bone at the disc margin, while the bayonet preserves the surgeon's microscope sight line. Stainless steel build maintains edge geometry across repeated spine‑set sterilization.
Microdiscectomy cortical bone cutter with a forward‑angled XL bayonet shaft, dimensioned at 104mm working length on a 241mm overall frame. The bayonet offset clears the surgeon's view down the working corridor while the forward cutter engages cortical edges around the endplate and posterior longitudinal ligament insertion. Stainless steel build holds the cutting profile across repeat spinal sets.
Size 00 microdiscectomy curette with a forward‑angled cup on an XL bayonet shaft, suited to cervical disc and endplate preparation through tubular access. The forward angle lets the surgeon hook material at the leading edge of the disc space, while the bayonet offset keeps the shaft clear of the microscope sight line. The 104mm working length reaches the cervical disc reliably from standard access.
Micro ear forceps with smooth jaws deliver gentle grasping of ossicular structures and delicate middle-ear tissue during otologic microsurgery and ossicular reconstruction. The 6 × 0.9mm jaw dimensions with 1.8mm jaw height provide optimal precision for stapes, incus, and malleus manipulation. The 82mm working length maintains adequate reach within the middle-ear space.
Hemostasis and selective vessel ablation in delicate anterior segment work demand ultra-fine cautery tips. This micro fine tip reaches 2000 degrees Fahrenheit (1093 degrees Celsius), enabling precise thermal sealing in corneal and episcleral surgery. The sterile, individually packaged format and tight thermal control support predictable hemostasis without collateral thermal injury.
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.
This micro needle holder combines a straight 1mm scissor-style jaw with a tapered 4 × 1mm profile for precision suture handling in microsurgical and vascular work. The extended 178mm working length supports visibility and control in deeper surgical planes. Stainless-steel construction ensures reliability across repeated microsurgical cases.
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 10mm micro oscillating saw blade at 18.5mm overall length cuts through cortical bone under power during fine orthopedic osteotomy and small‑bone arthroplasty. The compact format suits microsurgical sagittal saw handpieces.
The Micro Oscillating Saw Blade scales up to 10mm width and 35mm length for intermediate-scale bone sectioning in orthopedic procedures targeting vertebral bodies, lamina, and periosteal work. Stainless steel construction delivers reliable cutting performance across repeat sterilization cycles.
This micro oscillating saw blade measures 5.5mm across and 14mm in total length, designed for fine precision cutting of cortical bone in limited surgical fields and around sensitive neurovascular structures. The oscillating motion generates minimal vibration compared to rotating burs, allowing surgeons to work closer to periosteum and joint capsule without tearing adjacent soft tissue. Stainless steel construction maintains blade integrity across multiple cases.
The Micro Oscillating Saw Blade measures 5.5mm wide and 18.5mm overall length, providing precision cutting geometry for fine bone work in confined orthopedic surgical spaces. Stainless steel construction ensures cutting edge retention across repeated use in vertebral body and laminal procedures.
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.
The micro surgical forceps with diamond-dusted platform jaw delivers precision grasping for delicate vascular and neural work during otologic and neurosurgical procedures. Its 1mm platform distributes contact force evenly, reducing crush injury. The round diamond-knurled handle provides secure finger traction without slippage.
Designed for small‑incision cataract procedures, this trapezoid‑profile diamond knife tapers from 1.1‑1.4mm with a straight dop for controlled blade approach. The 0.17mm ultra‑thin blade and tapered geometry enable predictable wound architecture with minimal incision trauma. Titanium construction supports durable performance across many sterilization cycles.
Designed for micro‑incision cataract surgery (MICS), this trapezoid tapered CVD diamond knife offers preset laser guides at 1.8mm, 2.2mm, 2.4mm, and 2.75mm to mark incision width options. The 1.8mm starting width tapers smoothly to 2.75mm, enabling surgeons to choose their target incision size while maintaining ultra‑precision blade thickness (0.17mm). Black Gold Titanium J‑slot bayonet construction delivers both control and durability for repeated MICS cases requiring exacting corneal access.
The left‑hand Millard thumb hook places a single sharp 4mm prong on a compact 22mm frame for precise skin lifting during cleft lip and palate work. The thumb‑grip format keeps the surgeon's hand close to the field, and the left‑hand orientation supports the assistant's natural retraction line during the repair.