Hystéromètres MAYO

SKU 11-154 Category Uterine-Prohs

Intro Description Engineered for precise exploration and depth measurement of the uterine cavity prior to intrauterine interventions, the SIRGIKAL 11-154 Mayo Uterine Probe delivers exceptional tactile feedback, smooth anatomical navigation, and structural rigidity. Manufactured from certified medical-grade stainless steel featuring a malleable, smoothly rounded tip and a graduated shaft, this specialized instrument ensures safe and accurate assessment of uterine depth and direction. Featuring a corrosion-resistant satin finish and calibrated depth markings, it guarantees structural integrity and dependable performance across rigorous hospital sterilization cycles.

Spécifications du produit

  • Item Code: 11-154 (Mayo Pattern)

  • Matériau : Acier inoxydable de qualité médicale certifiée (conforme à la norme ASTM F899)

  • Configuration: Malleable Uterine Probe

  • Finition : Satinée (anti-reflet) / Miroir

Caractéristiques principales

  • Malleable Shaft Design: Flexible stainless steel construction allows the clinician to contour the probe smoothly to match individual uterine anatomy and axis inclinations.

  • Atraumatic Rounded Tip: Carefully polished tip minimizes the risk of perforation or soft tissue trauma during sounding.

  • Calibrated Depth Markings: Clearly etched graduation rings or numbers on the shaft facilitate precise, immediate measurement of uterine length.

  • 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

  • Gynecological & Obstetrical Procedures: Diagnostic sounding of the uterus prior to dilation and curettage (D&C), hysteroscopy, intrauterine device (IUD) insertion, and biopsy.

  • Operating Theatre & Clinic Utility: Essential diagnostic instrument relied upon by gynecologists requiring dependable tactile feedback and patient safety.

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