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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.
Features & Benefits
This delicate Mini Friedman rongeur combines 2 × 8mm bite with curved geometry for fine bone work in confined articular and spinal spaces. The compact 152mm scale supports access to the intervertebral disc and periosteal planes without overcutting. Stainless steel ensures durable performance and edge retention across repeated surgical use.
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.
Mini Lambotte osteotomes serve fine cortical cuts in hand, foot, and small‑joint orthopedic procedures. This 10mm wide straight edge sits on a compact 130mm shaft, giving the surgeon close control over osteotomy lines on phalangeal and metatarsal bone. Stainless steel construction holds the cutting edge through repeated mallet impaction and routine reprocessing.
This straight mini Lambotte osteotome delivers perpendicular force application with its 12mm blade, suited to direct bone cuts in tighter surgical fields. The straight geometry avoids hidden dissection and maintains clear visualization of the vertebral body and laminar surfaces. Compact 127mm length preserves surgical precision in confined approach work.
Mini Lambotte osteotome with a 14mm straight blade strikes a balance between cutting width and fine control during vertebral body and cortical bone work. The 127mm length is well-suited to compact exposure fields, while stainless steel ensures repeated use without edge breakdown.
The mini Lambotte osteotome (straight, 15mm) provides a wider straight blade for efficient bone division in foot corrective surgery and small‑fragment fixation. The 127mm compact length suits arthroscopic and limited‑open exposures, while the straight geometry permits parallel cut faces ideal for fragment alignment and fixation.
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.
Mini Lambotte osteotome with a straight profile and 20mm cutting edge is engineered for controlled bone sectioning and osteotomy work in compact surgical fields. The compact 127mm length and stainless steel construction provide reliable cutting performance across multiple cases without dulling or corrosion.
The Mini Lambotte osteotome at 2mm wide handles the smallest cuts in hand, foot, and craniofacial work where fine osteotomies must be placed without disturbing surrounding bone. The 127mm length keeps the working face close to the surgeon's hand for fine tactile control, and the straight edge produces clean planar cuts under mallet impact.
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.
This mini Lambotte osteotome with a 4mm straight cutting edge delivers precision bone work in highly restricted intramedullary canal and vertebral body dissections. The short 127mm profile prevents excessive vibration, while stainless steel handles repeated sterilization and intraoperative use.
Mini Lambotte osteotome with a straight 6mm cutting edge on a compact 127mm frame, sized for hand, foot, and small‑joint orthopedic osteotomies. The shorter shaft brings the strike head closer to the bone for finer control during phalangeal and metatarsal cuts. Stainless steel construction supports edge retention and repeat sterilization across small‑bone sets.
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.
Mini Lambotte osteotome with a straight 8mm cutting edge on a 127mm frame, stepping up bite width from the 6mm variant for slightly broader small‑bone osteotomies. The compact shaft keeps the strike head close to the bone in hand and foot work, supporting fine control during phalangeal and metatarsal cuts. Stainless steel construction endures repeat sterilization cycles.
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.
Mini Lexer gouge (10mm) provides fine bone sculpting in delicate orthopaedic exposures requiring shallow cuts near joint capsule and periosteal margins. The 7-inch (178mm) compact length supports precision in confined anatomic spaces and tight surgical fields. Phenolic handle ensures stable grip during delicate work. Stainless‑steel resists corrosion.
This MIS angled curette provides a 1.8mm tip in angled geometry, enabling approach to recessed bone surfaces and articular cartilage defects that straight instruments cannot reach. Black DLC coating enhances durability while the 140mm working length accommodates deep intra‑articular access. The angled approach proves especially valuable in acetabular and vertebral decompression procedures.
This MIS angled curette provides a 3.6mm tip in angled geometry, enabling approach to bone surfaces and joint recesses that straight instruments cannot access. Black DLC coating enhances durability while the 140mm working length and 292mm overall length support deep exposure corridors. The angled approach geometry proves especially useful in articular cartilage and vertebral body debridement.
This MIS straight curette features a 1.8mm tip, the smallest in the curette line, for delicate removal of bone spurs, cartilage debris, and inflammatory tissue in confined spaces. Black DLC coating provides exceptional wear resistance during extended procedures while the 140mm working length supports access into deep articular recesses. Straight geometry enables precise curettage of vertebral bodies and joint surfaces.
This MIS straight curette features a 3.6mm tip in bayonet configuration, optimized for removal of inflammatory tissue, bone spurs, and articular cartilage debris during joint and vertebral procedures. The black diamond‑like carbon (DLC) coating provides superior wear resistance, while the 140mm working length and 292mm overall length support deep field access. Straight geometry enables direct approach to bone surfaces and intramedullary defects.
This MIS Kerrison bayonet rongeur features a 40 degrees upbite configuration and 2mm bite for precise removal of bone from the lamina, foramen, and ligamentum flavum during decompressive spinal surgery. The 180mm working length accommodates posterior midline approaches while the black coating reduces glare in deep surgical corridors. Integrated ejector mechanism facilitates rapid bone chip removal.
This MIS Kerrison bayonet rongeur combines a 40 degrees upbite and 3mm bite for removal of larger bone segments from the posterior elements during spinal decompression. The 180mm working length supports posterior and posterolateral approaches while black coating enhances field visualization. Integrated ejector mechanism enables efficient removal of larger bone fragments.