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This Lu‑Villasenor‑Navarro fixation ring follows the Mendez ring pattern, with fixation points positioned on the bottom of the ring for grip against the conjunctival surface. The ring stabilizes the globe during refractive axis marking and toric IOL alignment, anchoring the eye while the surgeon applies marks. Stainless steel construction supports repeat clinical use.
Features & Benefits
The Lucae bayonet dressing forceps is a fine-tipped instrument for handling gauze, cottonoids, and delicate tissue during ear and nasal procedures. Its 1 × 2-tooth tip provides secure grip on damp dressings without tissue crush. The compact 140mm length improves maneuverability.
Lucae stainless steel mallet with hour‑glass‑shaped head and compact design delivers fine‑precision striking for delicate arthroscopic and otologic bone procedures. The 18.7mm head diameter and 6.8oz weight suit controlled handheld percussion in confined surgical spaces. Its 190mm length provides optimal surgeon control.
The Lucae mallet delivers controlled percussive force to bone-shaping instruments, particularly useful during orthopedic approaches to the vertebral body and periosteal work. Its hourglass head geometry and 19.4mm diameter provide balanced striking surface contact. Stainless steel construction ensures reliability across repeated sterilization and clinical reuse.
This Luer S-retractor is a double-ended instrument offering 6mm and 15mm blade options in a single tool. The straight 146mm shaft supports bilateral retraction in moderate-depth surgical fields, while the alternating blade widths address variable tissue thickness. Stainless-steel construction provides reliable performance.
Carried during tracheostomy and anterior cervical exposure, this Luer trachea retractor uses a double‑ended design so the surgeon can flip between two blade profiles without instrument exchange. The retractor holds the strap muscles and pretracheal fascia clear of the tracheal rings while the airway is opened. Stainless steel construction supports the repeat sterilization expected of an emergency airway tray.
The Luer trachea retractor's compact 114mm double‑ended design provides precise tracheal and laryngeal stabilization in limited‑access cervical procedures. Its straight profile and minimal length preserve fine visibility and minimize field obstruction. Stainless steel ensures durability across routine reprocessing.
The double‑ended Lukens trachea retractor provides bilateral laryngeal and tracheal stabilization in a compact 171mm profile suitable for thyroid, laryngeal, and airway procedures. Its straight geometry allows symmetric field exposure, and the double‑ended design accommodates alternating tension during extended cases. Stainless steel ensures durable clinical performance.
On this modified Mackool‑Bechert design, an angled shaft replaces the standard straight stem, letting the surgeon rotate the nucleus within the capsular bag while keeping a clearer view of the cataract incision. The 10mm tip‑to‑bend places the working end at the lens equator for atraumatic rotation during phacoemulsification, and the 127mm overall length with round knurled handle keeps fingertip control consistent. Stainless construction holds geometry across repeat reprocessing.
This male-to-male cannula adaptor in Delrin provides a secure, non-traumatic connection between aspiration cannulas and tubing systems. The reusable design integrates cleanly into sterilization workflows while the durable polymer material resists fluid absorption and maintains dimensional stability across multiple processing cycles. Simple snap-fit engagement eliminates disconnection during long procedures.
Large mallet #2 with stainless steel head and phenolic handle provides substantial striking force for major bone fracture reduction and osteotomy procedures. The 50.3mm head diameter and 2lb 11.6oz weight deliver high‑momentum impact suitable for dense cortical bone work. Its 268mm overall length maintains surgeon control during prolonged use.
Mallet #6 with stainless steel head and phenolic handle balances weight and control for percutaneous bone work and arthroscopic procedures. The 30mm head diameter and 1lb 6.3oz weight suit fine‑precision striking in limited surgical fields. Its 260mm length provides stable handheld control.
Large mallet #7 combines stainless steel head and phenolic handle with 30mm diameter for controlled striking in arthroscopic and percutaneous procedures. The 1lb 4.6oz weight delivers moderate impact force suitable for cartilage and cortical bone work. Its 268mm overall length supports stable handheld control.
This dual-head mallet combines a 32mm stainless steel head on one side and nylon head on the other, enabling selective force application during bone work and osteotomy while protecting soft tissue from metal impact. The phenolic handle reduces vibration transmission, and the 1-pound-4-ounce weight balances strike force with control.
Mallet with candle‑holder‑shaped stainless steel head and phenolic handle delivers controlled striking force during bone fracture reduction and chisel guidance. The 42mm head diameter provides balanced impact distribution, while the 1lb 3.5oz weight suits prolonged orthopaedic and arthroscopic procedures. The 268mm overall length enables stable two‑handed control.
This candle‑holder‑shaped mallet combines a substantial 42mm diameter head with a 1lb 7.5oz weight and phenolic handle to deliver consistent, controlled force during osteotomy and chisel work. The geometry distributes impact across a wide bone surface, minimizing localized stress concentration at the periosteum and articular interface. At 268mm overall, the balanced weight and length reduce hand fatigue in lengthy orthopedic procedures.
This all-phenolic mallet large variant features a 43.3mm head and 257mm length for controlled atraumatic percussion during major orthopedic bone work on vertebral bodies and periosteum. At 8.6oz, the lighter plastic profile reduces operator fatigue during prolonged procedures. Plastic construction eliminates metal-to-bone contact trauma.
This compact nylon‑cap mallet delivers controlled impact force during orthopedic procedures without marring instrument heads or bone surfaces. The 20mm diameter nylon cap disperses striking energy across wide contact areas, protecting delicate articular cartilage and guide structures. Stainless steel construction maintains durability across many surgical cases.
This solid copper mallet delivers controlled, non-recoiling force for precise impaction of orthopedic implements and chisels. The copper head minimizes ricochet and maintains contact force across deep strokes, unlike steel mallets that create unnecessary vibration in periosteum and bone. Copper's natural properties reduce reactive stress to surrounding soft tissue.
The Maloney quick-chop is a double-ended titanium tool engineered for efficient nuclear segmentation during phacoemulsification. One end features a 9mm angled quick-chop tip, while the other provides a 10mm micro-sharp pick for directed chopping strokes. The round handle and dual functionality reduce operative setup time.
The Maltz-Anderson rasp features a 6 × 36mm head with up-cut geometry for controlled dorsal hump removal and rhinoplasty bone work. The extended cutting surface accommodates larger bony defects with fewer strokes, reducing vibration and operative time. Stainless steel construction sustains performance across repeat procedures.
The Mannis-Buratto LASIK flap protector shields the corneal flap during excimer laser ablation and epithelial remodeling. The double-ended design with 45-degree crescent-shaped 10mm blades provides coverage across varying corneal diameters. Stainless steel construction is built for reliable performance and lasting durability across repeated refractive procedures.
Martin cartilage scissors feature curved serrated blades for controlled cutting of articular cartilage during joint procedures and chondral debridement. The serrated edges prevent slipping on smooth cartilage surfaces, ensuring clean, reproducible cuts. Ring-handle design and 203mm length support precision handling in confined joint spaces.
Designed specifically for uterine closure, this size 1 Martins uterine needle combines a half‑circle profile with a cutting edge. The cutting geometry enables penetration through dense myometrial and fascial layers during cesarean delivery or hysterectomy repair. Compact size 1 scale permits precise placement in tight uterine spaces.
Addressing broader uterine closure needs, this size 2 Martins needle combines the half‑circle profile with a cutting edge appropriate for thicker myometrial tissue. The cutting design handles the density of uterine muscle and visceral peritoneum during cesarean repair. Disposable delivery supports sterile field integrity in obstetric procedures.
Supporting intermediate uterine closure demands, this size 3 Martins needle offers a half‑circle profile and cutting edge suited to moderately dense myometrial tissue. The cutting geometry penetrates reliably without excessive tissue trauma. Disposable single‑use format preserves needle sharpness and sterility throughout closure sequences.
This size 4 Martins uterine needle is engineered for heavier myometrial and fascial closure in cesarean or hysterectomy procedures. The half‑circle profile combined with a cutting edge addresses the density and toughness of uterine tissue. Disposable format ensures reliable performance across the range of obstetric closure scenarios.
Supporting the most demanding uterine closure scenarios, this size 6 Martins needle balances the robust gauge required for thick myometrial tissue with the cutting‑edge geometry that penetrates tissue reliably. The half‑circle profile maintains the anatomically appropriate angle for obstetric closure. Disposable single‑use format supports case‑to‑case standardization.
The largest size 8 Martins uterine needle is designed for the most challenging myometrial and fascial reconstruction in obstetric and gynecologic surgery. The robust gauge resists bending during passage through thick, scarred, or edematous tissue. The cutting edge combined with the half‑circle profile delivers reliable penetration and consistent closure geometry.
The Martini bone curette pairs 4mm and 5mm cups on a double‑ended 133mm body for graded bone debridement during orthopedic and dental work. The double‑ended design allows the surgeon to step between cup sizes without an instrument exchange.