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This Karlin-style cervical microdiscectomy curette combines a size 0 (3mm) backwards-facing cup with an angled XL shaft to reach behind the vertebral body and engage residual disc material along the posterior longitudinal ligament. The 104mm working length and 240mm overall reach position the offset aluminum handle clear of the microscope, keeping the operative axis open. Aluminum construction on the handle keeps weight low while resisting corrosion across repeat reprocessing.
Features & Benefits
Designed around the Karlin cervical microdiscectomy workflow, this size 0 (3mm) curette presents a forward-facing cup on a straight XL shaft for advancing under the lamina and into the intervertebral disc space. The offset aluminum handle keeps the surgeon's hand out of the operative axis while preserving fingertip control along the 104mm working length and 240mm overall reach. Anodized aluminum on the handle combines low weight with corrosion resistance over many cases.
The Karlin‑style microdiscectomy cervical curette carries a Size 00 (2.7mm) backwards‑facing cup on a straight shaft with an offset aluminum handle, sized for posterior cervical disc debridement under microscope or loupe magnification. The 104mm working length and 240mm overall length suit standard microdiscectomy access.
Sized for the narrowest interspaces, this Karlin-style cervical microdiscectomy curette carries a size 00 (2.7mm) backwards-facing cup on an angled XL shaft for precise engagement of residual disc behind the vertebral body. The 104mm working length within a 240mm overall reach lets the offset aluminum handle sit clear of the microscope. The aluminum handle is light in hand and resistant to corrosion through repeat reprocessing.
Karlin‑style microdiscectomy cervical curette, size 00 (2.7mm), with a forward‑facing cup on a straight XL shaft. The 2.7mm cup steps up bite volume for endplate preparation and disc removal under tubular access, while the 104mm working length and offset aluminum handle preserve sight lines and reduce arm fatigue. Stainless steel cup construction tolerates repeat sterilization between cases.
The Karlin style microdiscectomy curette features a Size 00 (2.5mm) working edge, straight shaft, and offset aluminum handle optimized for cervical microdiscectomy. Its 104mm working length reaches into the deep disc space, while the backward-cutting geometry removes disc material and ligamentum flavum without traumatizing neural tissue. The XL sizing accommodates surgeons who prefer larger hand positioning.
Karlin‑style microdiscectomy cervical curette in size 000 (2.4mm), this variant with a backwards‑facing cup on a straight XL shaft. The reversed cup draws cancellous material toward the surgeon along the access corridor � helpful for clearing the back wall of the disc space without overshoot. The 104mm working length and offset aluminum handle keep hand weight down across prolonged microscope‑guided cases.
This microdiscectomy curette with size 000 and backwards‑facing cup and offset aluminum handle removes cervical discal material with directional control. The 2.4mm cup size navigates confined intervertebral spaces while the backwards‑facing geometry orients material toward the surgeon during extraction. The offset handle improves tactile feedback and reduces fatigue.
Karlin‑style microdiscectomy cervical curette in size 000 (2.4mm) pairs a forward‑facing cup with a straight XL shaft for cervical disc and endplate work. The 2.4mm cup sits between the 1.6mm and 2.7mm sizes for graded volume removal, and the 104mm working length reaches through tubular retractors comfortably. Offset aluminum handle keeps the instrument light during prolonged microscope‑guided use.
Karlin‑style microdiscectomy cervical curette in size 0000 (1.6mm), this time with a backwards‑facing cup on a straight XL shaft. The reversed cup lets the surgeon pull cancellous material toward the access portal � useful for clearing posterior endplate and far‑side disc residue under tubular retraction. The 104mm working length and offset aluminum handle preserve sight lines and reduce hand weight across long cases.
Karlin‑style microdiscectomy cervical curette in size 0000 (1.6mm) with a forward‑facing cup on a straight XL shaft. The 104mm working length reaches the disc space through tubular retractors, and the offset aluminum handle preserves the surgeon's line of sight while keeping mass low for prolonged use. Stainless steel cup construction holds geometry through repeated curettage of disc and endplate.
This microdiscectomy curette with size 0000 and backwards‑facing cup and offset aluminum handle provides ultra‑fine discal and ligamentous removal during delicate cervical procedures. The 2.4mm cup size prevents excessive endplate disruption, while the backwards‑facing geometry facilitates controlled material removal from confined intervertebral spaces. The offset handle enhances surgeon control.
The forward-angled Magnum XL 11mm curette deepens the cup size while preserving the angle-improved approach to posterolateral and posterior vertebral surfaces. This geometry particularly serves posterior lumbar fusion bed preparation and posterior joint capsule debridement. The 343mm length combined with the forward angle reduces wrist deviation during sustained scraping in narrow posterior compartments.
The Magnum XL 11mm curette further increases cup diameter to handle extensive bone and cartilage removal in major joint reconstruction and vertebral preparation. The straight-blade design maintains direct approach geometry while the 343mm shaft permits access to deep intramedullary and articular zones. This curette size serves fusion prep, arthroplasty bed debridement, and wide-field bone cavity treatment.
The reverse-angled Magnum XL 13mm curette orients the cup at an angle that improves access to anterior and anterolateral vertebral surfaces and anterior joint capsule zones. The larger 13mm cup volume handles extensive anterior fusion bed preparation. The reverse-angle geometry complements anterior surgical approaches where a forward-angled instrument would create excessive wrist and hand deviation.
With a 13mm cup diameter, this Magnum XL curette handles maximum-volume bone removal in vertebral body preparation and large articular cartilage debridement. The straight blade maintains surgeon control during aggressive scraping, while the 343mm length ensures reach into deep intramedullary and joint capsule spaces. The stainless-steel construction endures repeated cleaning and sterilization cycles.
The reverse-angled Magnum XL 15mm curette expands cup diameter while optimizing access to anterior and anterolateral spinal and articular anatomy. This geometry serves anterior fusion reconstruction and anterior arthroplasty bed debridement. The 15mm cup permits high-volume bone and cartilage removal in a single pass, while the reverse angle minimizes hand position strain during anterior vertebral work.
The Magnum XL 15mm curette represents the widest cup in the straight-blade series, delivering maximum bone and cartilage removal for extensive vertebral prep and wide articular debridement. The broad cup geometry removes large volumes per stroke, and the 343mm length reaches into deep spinal and joint cavities. Surgeons employ this size in fusion bed preparation and extensive arthroplasty defect cleanup.
Extending the series to 17mm cup diameter, this Magnum XL curette accommodates the most aggressive bone debridement in extensive vertebral reconstruction and major joint revision. The oversized cup removes substantial cartilage and bone in a single pass, while the straight-blade geometry preserves surgeon tactile feedback. The 343mm length supports sustained reach into deep cavitary spaces without loss of control.
The Magnum XL series culminates in a 19mm cup, providing maximal bone removal capacity for extensive vertebral body preparation and major articular cartilage debridement in revision orthopedic surgery. The straight-blade geometry delivers direct access and tactile feedback throughout deep, high-volume scraping. At 343mm overall length, the curette maintains surgeon control even in the deepest joint capsule and intramedullary zones.
The forward-angled Magnum XL 7mm curette redirects the cup at an acute angle, improving approach geometry to posterior joint capsule and posterolateral vertebral surfaces. The 7mm cup provides controlled cartilage and bone removal, while the angled neck reduces manipulation angles during deep subarticular work. At 343mm length, the forward geometry enhances surgeon comfort in difficult-to-reach posterior anatomy.
The Magnum XL curette features a 7mm cup for controlled scraping and debridement of bone, cartilage, and articular surfaces in orthopedic procedures. The straight geometry delivers direct blade access to deep bony defects and joint capsule articulations. At 343mm length with a straight black handle, this curette reaches into intramedullary and subarticular zones while maintaining surgeon tactile feedback through the shaft.
Scaling the forward-angled design to a 9mm cup, this Magnum XL curette increases debridement volume while maintaining improved approach geometry for posterior and posterolateral surgical zones. The angled neck reduces wrist stress during lengthy posterior vertebral or articular procedures. The 343mm length and forward angle combine to support sustained control in confined spinal and joint cavities.
Scaled to a 9mm cup, this Magnum XL curette deepens the scraping capacity for larger bone and cartilage defects while retaining the straight blade profile. At 343mm overall length, the instrument reaches into vertebral bodies, femoral and tibial cavities, and joint capsule zones. The straight configuration provides direct tactile feedback and precise control during articular cartilage removal and subchondral bone preparation.
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.
This microdiscectomy cervical curette in size 0 pairs a forward angled cup with an XL bayonet shaft for disc and endplate work in the cervical spine. The bayonet keeps the shaft offset from the line of sight down the tubular retractor, and the angled forward geometry engages cancellous bone at the disc margin. The 104mm working length matches standard cervical microdiscectomy depth.
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.
Backward microdiscectomy cortical bone cutter on a straight XL bayonet shaft, dimensioned to a 104mm working length over a 241mm overall frame. The reversed cutting orientation engages cortical bone on the pull stroke � useful for shaping the back wall of the disc space without driving force toward neural elements. Stainless steel build holds cutting geometry through repeat sterilization.
Backward angled microdiscectomy cortical bone cutter on an XL bayonet shaft, paired with a 104mm working length over a 241mm overall frame. The backward angle directs the cutting edge toward the surgeon on the pull stroke � protecting neural elements while shaping the posterior disc wall. Stainless steel construction holds cutting edge geometry through repeated spine‑set sterilization.