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Leksell rongeurs bite cancellous and cortical bone during laminectomy, craniotomy, and orthopedic decompression. The double action mechanism multiplies hand force at the jaw, and the 15 degrees curve directs the 4 × 16mm bite around the lamina or cortical edge without crowding sight lines. The 230mm frame keeps the working end on the bone in deeper exposures.
Features & Benefits
Leksell rongeurs with gentle 15‑degree curvature and a 5mm × 16mm bite aperture provide controlled cortical removal across wide operative fields during extensive laminectomy or vertebral body work. Double‑action mechanics amplify the surgeon's mechanical advantage, and the curved jaw geometry slides smoothly along periosteal margins without binding. The 230mm length balances reach with responsive handling. Stainless steel withstands repeated use.
Engineered for spinal and joint bone work, this Leksell rongeur uses a double‑action mechanism to multiply grip force at the 6 × 16mm bite while cropping cortical and cancellous bone. The 15‑degree gentle curve clears the surgeon's line of sight to the lamina and vertebral body during decompression, and the 229mm length keeps the handle out of the deep field. Stainless‑steel construction tolerates the cyclic loading inherent to bone biting.
Leksell rongeurs configured with a steeper 50‑degree curve and reduced 3mm × 13mm bite deliver precision work in confined spinal recesses where laminar edges and foramen osteophytes require selective removal. Double‑action mechanics provide cutting power despite the smaller footprint, and the pronounced curve naturally aligns with vertebral anatomy during access. The 230mm length supports controlled leverage. Reusable stainless steel endures.
The Leksell rongeur offers a gentle curve and 5mm bite for smooth, progressive bone removal during lumbar decompression and vertebral body access procedures. A 229mm overall length and straight working geometry permit precise control along natural anatomical planes. This pattern remains a standard choice for consistent, atraumatic resection.
The Leksell rongeur features a gentle curve with an 8mm bite, enabling substantial bone removal in spinal access where the slight angulation improves ergonomic reach. The larger bite size accelerates bone removal while the curved geometry follows natural approach angles. Stainless steel jaws maintain edge sharpness and dimensional accuracy across many reprocessing cycles.
The Lempert rongeur, curved with a 3 × 7mm bite and 159mm length, provides controlled bone removal in otologic and spinal procedures where curved approach geometry improves access to confined bony landmarks. Curved jaw orientation facilitates meniscal and rim bone removal in constricted exposure zones. Larger bite size addresses moderate-volume bone removal without excessive crushing.
The Lempert rongeur features a 3mm × 7mm jaw and straight profile for controlled bone removal during otologic and spinal procedures. The 159mm length provides balanced reach and control during repetitive biting and cutting. Stainless steel construction ensures reliable performance across standard reprocessing protocols.
The Lempert rongeur removes small bone fragments and cortical edges with precision during orthopedic and spinal work. Its straight 3 × 7mm jaw delivers controlled bite depth, single‑action mechanism simplifies handling, and the 191mm overall length suits varied surgical corridors.
The Love‑Gruenwald disc rongeur features a 45‑degree downward angle ideal for approaching the intervertebral disc space during posterior discectomy. Its 3 × 10mm bite removes nucleus and annular material, and the twin ring handles provide secure grip control. The 178mm working length balances reach with ergonomic hand positioning.
Love‑Gruenwald intervertebral discectomy rongeurs use dual ring handles and a 3mm × 10mm bite angled 45 degrees to facilitate controlled nucleus pulposus removal while protecting the adjacent vertebral endplate. The ring handle design distributes grip pressure evenly and prevents finger occlusion during repetitive strokes, and the compact 127mm working length supports access through standard laminotomy ports. Reusable stainless steel supports durable performance.
The Love‑Gruenwald intervertebral discectomy rongeur features a 3 × 10mm jaw configuration for removal of disc nucleus and degenerative bone fragments during interbody work. The straight jaw alignment provides direct approach to the vertebral body and intervertebral space during discectomy sequences. Stainless steel construction maintains cutting edge integrity across extended use.
Love‑Gruenwald vertical disc rongeur angled downward 30 degrees, this instrument excels at controlled intervertebral disc material removal and vertebral endplate debridement. The 3 × 10mm jaw dimensions deliver proportional bite and purchase across osseous structures. Its 127mm working length provides stable mid‑field access.
Love‑Gruenwald vertical disc rongeur angled upward 30 degrees provides enhanced visualization during cranial‑ward intervertebral disc material removal and rostral endplate work. The 3 × 10mm jaw accommodates bone and disc fragments, while upward angling supports visualization across deeper disc levels. Its 152mm working length extends reach.
Love‑Kerrison rongeurs angled 40 degrees forward with a 5mm bite permit selective foramen and laminar edge removal in tight spinal recesses where the forward angle improves jaw access without binding. The large handle ensures secure grip during powerful cutting strokes, and the regular footplate positions the instrument stably at the operative field. The 152mm working length suits cervical and upper thoracic work. Durable stainless steel maintains performance.
Love‑Kerrison laminectomy rongeurs deliver a 3mm bite with straight shaft and 90‑degree upbite jaw orientation that cuts perpendicular to the spinal lamina, optimizing cortical removal during decompression. The large handle accommodates firm grip during forceful cutting, and the regular footplate supports stable positioning at the lamina. The 203mm working length reaches laminae throughout the cervical and thoracic spine. Reusable stainless steel endures.
The Love‑Gruenwald intervertebral disc rongeur features a specialized 3mm × 10mm cup jaw geometry designed for controlled nucleus pulposus and disc material removal. The straight shaft and 150mm working length position the instrument precisely for disc space access during decompression.
Love‑Gruenwald vertical disc rongeur with straight configuration delivers controlled intervertebral disc and endplate removal in neutral spinal alignment. The 3 × 10mm jaw accommodates mixed bone and disc material, while straight geometry maintains midline approach control. Its 127mm working length supports stable vertebral access.
The Luer rongeur pairs an 8mm × 12mm bite with a spring handle for rapid, ergonomic bone removal during major orthopedic procedures. The larger jaw capacity suits cortical bone and fragments requiring multiple bites. The spring handle reduces hand fatigue during prolonged use while maintaining precise bite placement.
The micro Friedman rongeur, angled 30 degrees with an extra-delicate 1.5 × 5mm bite, removes soft tissue and cancellous bone with minimal trauma to adjacent cortical and neural structures. Extremely delicate jaw configuration and angled approach prevent inadvertent injury to compressed nerve roots and critical soft tissue. Its 140mm length and precision geometry suit refined spinal decompression and delicate bone removal.
The micro Friedman rongeur is engineered for delicate removal of soft tissue and cancellous bone during fine orthopedic work. The 1.5mm × 5mm bite size suits limited exposures and precise bone‑edge trimming in complex reconstructions. Extra‑delicate tip construction minimizes surrounding tissue trauma, essential for work near neurovascular structures.
The Kerrison micro rongeur (40-degree upbite) offers a gentler angle for controlled bone removal in complex spinal decompression where anatomy is delicate or anatomy landmarks are obscured. Its 2mm jaw delivers adequate cutting power at a lower approach angle, while the thin footplate maintains safety margins around nerve roots and dura. The 203mm working length accommodates cervical through sacral access.
This micro Kerrison rongeur with 40 degrees upbite and 3mm bite delivers controlled delicate bone removal in orthopedic and spinal procedures. The angled approach accommodates surgical access angles while the compact 3mm bite preserves neighboring soft tissue, and the 230mm working length reaches deep anatomical fields.
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.
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.
This MIS Spurling intervertebral disc rongeur features a 2 × 10mm bite configured in straight geometry for controlled removal of disc material and bone from the intervertebral space. The 180mm working length and bayonet handle accommodate tight exposure corridors in anterior and posterior cervical approaches. Black coating and sharp jaws support efficient tissue removal.
The MIS Spurling intervertebral disc rongeur with upbite configuration is optimized for removal of disc material from beneath the posterior longitudinal ligament and vertebral endplate. The 2 × 10mm upbite geometry and 180mm working length support posterior and posterolateral approaches in minimally invasive cervical and lumbar procedures. Black coating enhances field visualization.