Stryker
Stryker 234-020-093 Semi-T Tendon Stripper | Orthopedic Surgery Tool
Stryker Semi-T Tendon Stripper | Model 234-020-093 | Semicircular Trough Architecture | Sharp Distal Cutting Edge | Reusable Manual Orthopedic ACL Reconstructive Tissue Harvesting Element
The Stryker 234-020-093 Semi-T Tendon Stripper is a professional-grade manual surgical instrument expertly engineered to isolate, excise, and cleanly harvest a precise length of the semitendinosus or gracilis tendon for autograft preparation during Anterior Cruciate Ligament (ACL) reconstructions. Featuring a specialized semicircular trough shaft configuration, this instrument passes seamlessly along the anatomical path of the target tendon, separating it from surrounding fascial slips and muscle tissue bundles. The tip terminates in a razor-sharp, uniform leading cutting edge that cleanly divides the proximal muscle attachment without crushing, fraying, or causing mechanical structural damage to the collagen matrix of the living graft.
Technical Specifications
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Instrument Structural Typology: Semi-T (Semitendinosus) Tendon Stripper / Core Core Harvester
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Master System Assembly Compatibility: Stryker Knee Reconstruction Instrumentation and Bioabsorbable ACL Placement Kits
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Base Hardware Catalog Part Number: 234-020-093
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FDA Product Classification Code: HRT / Class 1 Manual Surgical Stripper
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Active Tip Geometry: Semicircular open-faced trough profile with an integrated perimeter cutting bevel
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Total Instrument Profile Length: 11.5 Inches overall structural footprint (29.2 cm / 292 mm)
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Working Shaft Diameter Capacity: Optimized for harvesting tendon cords ranging up to 9.0 mm in diameter
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Handle Design Architecture: Robust, ergonomic solid T-handle or knurled cylindrical core configured for uniform high-friction linear push-pull control
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Shaft Alignment Profile: Straight rigid inline orientation with an ultra-smooth, low-drag tissue slide channel
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Material Composition Matrix: Premium, passivated high-impact 400-series surgical stainless steel optimized for edge retention