BERTILLON Examination Measuring Instruments
Intro Description Engineered for precision metrology and accurate surgical assessment, the SIRGIKAL 01-173 Bertillon Examination Measuring Instrument delivers exact dimensional verification, linear sizing, and reliable measurement control in clinical and operating theatre environments. Featuring a finely calibrated scale and smooth functional mechanism, this specialized instrument is designed to measure anatomical structures, skeletal dimensions, and surgical parameters with exceptional accuracy. Crafted from certified medical-grade stainless steel, it guarantees dependable durability, dimensional stability, and long-lasting performance across rigorous hospital sterilization cycles.
Spécifications du produit
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Item Code: 01-173
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Matériau : Acier inoxydable de qualité médicale certifiée (conforme à la norme ASTM F899)
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Size: Standard Clinical/Surgical Length (Bertillon profile)
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Finition : Satinée (anti-reflet) / Miroir
Caractéristiques principales
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Precision Calibrated Scale: Laser-etched graduations provide high-contrast readability for exact metric and fractional dimensional measurements.
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Smooth Mechanical Action: Precision-machined components ensure fluid movement, secure positioning, and reliable repeatability during intraoperative measurement.
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Ergonomic Handling Profile: Balanced frame architecture facilitates comfortable one-handed positioning and enhanced tactile control in sterile environments.
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Passivation résistante à l'autoclave : La passivation chimique citrique forme une couche protectrice dense d'oxyde de chrome, garantissant une résistance totale à la corrosion lors des cycles répétés de stérilisation hospitalière à haute température.
Utilisation
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Surgical & Clinical Assessment: Measuring precise anatomical distances, skeletal dimensions, and tissue clearances during specialized orthopedic, anthropological, or general surgical procedures.
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Operating Theatre & Central Supply Utility: Essential diagnostic and sizing instrument relied upon by surgical teams requiring accurate intraoperative measurements and verified spatial assessment.
