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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.
Features & Benefits
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.
Used in forefoot and small‑bone surgery, this McGlamry bullneck curette presents a 4mm size‑4 cup on a stout neck that resists bending while scooping cancellous bone and cyst contents. The 127mm length suits the shallow working depths of metatarsal and phalangeal procedures. Stainless‑steel construction tolerates the focused loading of small‑bone curettage.
The Mead mallet uses replaceable white nylon heads to provide gentle, atraumatic striking forces when working with periosteum and sensitive bone structures. The cylinder-shaped head measures 26mm and the whole instrument weighs 11.5oz, offering substantive percussion without metal-to-bone contact that could cause tissue trauma. Finger grip and round handle support secure control.
These 20mm nylon replacement caps fit Mead mallets to restore the impact face after wear. The nylon surface delivers controlled strikes on osteotomes and chisels without metal‑on‑metal noise, and the threaded fit holds the cap against repeated mallet impacts.
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.
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.
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.
Mini countersinks prepare orthopedic screw seating sites with a 1.5mm cutting flute that creates precise conical depressions in cortical bone, protecting screw head proximity to the periosteum during intramedullary and plate fixation work. The compact dimensions facilitate use in confined fracture exposures. Reusable stainless steel construction maintains cutting edge sharpness across repeated cases.
This mini Friedman rongeur carries a delicate 2 × 8mm bite for measured nibbling of small bone fragments and osteophytes around joint margins and digital exostoses. The straight 152mm length keeps the cutting tips visible in shallow orthopedic exposures, and the slim profile suits hand, foot, and small‑joint work. Stainless‑steel jaws hold edge geometry across repeat sterilization cycles.
The mini Lambotte osteotome (curved, 15mm) offers a wider curved profile for following bone anatomy during corrective osteotomy and fracture shaping in small joint surgery. The 127mm length maintains maneuverability in confined spaces, while the standard curve aligns with natural bone contours and improves bleeding field visibility during the cut.
Built for compact osteotomy work, this mini Lambotte osteotome delivers a curved 18mm cutting edge for shaping cortical bone in restricted exposures. The 127mm overall length keeps the instrument balanced for fingertip and palm control during controlled mallet strikes against bone and periosteum. Stainless‑steel construction holds the edge through repeat sharpening cycles and routine sterilization.
The mini Lambotte osteotome (curved, 10mm) combines a slightly wider curved blade with 127mm length for osteotomy and shaping along natural bone contours in small joint and corrective surgery. The standard curve improves visualization and follows the anatomy of smaller bones, while the straight working plane supports controlled force distribution without lamellar separation.
This mini Lambotte osteotome features an 18mm straight cutting edge for broad yet controlled bone sectioning during facet joint and vertebral body exposures. The straight profile ensures predictable osteotomy geometry, and the 127mm compact length minimizes uncontrolled torque during mallet delivery.
Sized at 19mm wide, this Mini Lambotte osteotome bridges the gap between the standard Mini widths and the full‑size Lambotte. The 127mm body keeps the working face close to the surgeon's hand for fine tactile control, while the wider edge handles moderate cortical cuts in foot, ankle, and small‑bone work.
Built straight at 2mm wide, this Mini Lambotte osteotome makes the narrowest cortical cuts in the Mini Lambotte family. The 127mm body suits compact hand and foot anatomies where the surgeon needs the working face close to their grip, and the planar edge produces a controlled cut under mallet impact.
The mini Lambotte osteotome delivers precise cutting action for small-scale bone surgery and cartilage shaping. Its 3mm straight blade concentrates osteotomy force efficiently while the compact 130mm length supports excellent control in pediatric and fine-bone procedures. Stainless steel construction ensures reliability.
Stepping up to 6mm wide, this straight Mini Lambotte osteotome opens the cut width for slightly larger cortical osteotomies while keeping the compact 127mm length of the Mini family. The wider edge clears bone faster than the 2mm version while still suiting fine‑field work in the hand and foot.
Sized at 8mm wide, this straight Mini Lambotte osteotome sits between the 6mm and 10mm widths in the Mini family, suited to fine cortical osteotomies where 6mm is too narrow and 10mm too broad. The 130mm body keeps the working face close to the surgeon's hand.
The Mini stainless steel mallet delivers lightweight percussion through a 20mm cylinder head, ideal for delicate bone and periosteal manipulation in confined anatomical spaces. At just 3.6oz and 173.6mm length, the instrument minimizes operator fatigue during extended fine work. Finger groove handle provides secure, non-slip grip.
Compact 140mm nail nipper with a concave cutting blade tuned to follow the curve of the nail plate without splintering. The V‑spring keeps the jaws under steady return tension, and the flip lock secures the cutter for safe tray storage between cases. Stainless steel construction holds the edge through repeated cuts on toenail and onychomycotic tissue.
The narrow-jaw nail splitter is engineered for controlled sectioning of intramedullary nails and fixation devices during removal procedures. The straight profile and narrow jaw configuration provide precise closing force on small-diameter metallic implants, while the compact 127mm length enables access to proximal and distal nail ends in confined surgical spaces. Stainless steel jaws maintain sharpness and structural integrity through multiple sterilization cycles.
Pattern #59 nail splitter delivers a small straight jaw that slips beneath the nail plate and splits along its length without crushing the underlying nail bed. The straight profile suits ingrown nail and onychocryptosis procedures where a controlled longitudinal cut is needed. Stainless‑steel construction holds the cutting edge through repeat sterilization.
Pattern #60 nail splitter pairs a small straight jaw with a refined cutting profile for clean longitudinal division of the nail plate during partial avulsion. The straight tip threads beneath the nail without damaging the nail bed, supporting controlled ingrown nail correction. Stainless‑steel construction sustains the edge across repeat reprocessing cycles.