Quadruple tooth uterine tenaculum for maximum fixation security
The CZERNY Uterine Tenaculum with 4x4 teeth and a length of 21 cm is a CE Class I medical device according to ISO 13485:2016. This quadruple tooth tenaculum enables ultimate fixation security of the cervix uteri during demanding gynecological procedures.
Product Highlights:
✔ Certified according to ISO 13485:2016
✔ CE Mark Class I (Directive 93/42/EEC)
✔ Quadruple tooth tenaculum with 21 cm length
✔ 4x4 teeth for maximum grip security
✔ High-quality stainless steel 1.4301 - rust-free and biocompatible
✔ Tested biocompatibility according to ISO 10993
✔ Precision-crafted sharp teeth
✔ Ergonomic ring handles
✔ Sterilizable and reusable
Advantages of the CZERNY Quadruple Tenaculum:
• Quadruple teeth: 4x4 teeth for extreme hold under demanding conditions
• Optimal length: 21 cm for versatile applications in gynecology
• Maximum grip security: Prevents slipping even during strong manipulations
• Optimal pressure distribution: Multiple teeth minimize tissue trauma
• Versatile application: For complex diagnostic and therapeutic procedures
Technical Specifications:
• Model: CZERNY Uterine Tenaculum
• Length: 21 cm
• Teeth: 4x4 sharp teeth (quadruple teeth configuration)
• Material: Surgical Steel 1.4301
• Handle design: Ergonomic ring handles
• Closure: Ratcheted
• Risk Class: I according to Directive 93/42/EEC
Special Features:
• CZERNY quadruple teeth: Unique 4x4 teeth configuration
• Optimal balance: 21 cm length for precise work
• Maximum anchoring: Particularly suitable for resistant tissue
Areas of Application:
• Maximum fixation for rigid or scarred cervix
• Complex gynecological operations
• Hysteroscopies and endoscopic procedures
• Oncological gynecological techniques
• Reconstructive gynecological surgery
Important Safety Information:
• FOR USE BY GYNECOLOGICAL PROFESSIONALS ONLY
• Use only for corresponding clinical indications
• Special caution required due to quadruple teeth
• Check for damage and sharpness of teeth before each use
• Targeted application to minimize tissue traumatization
• Proceed with particular care in rigid tissue conditions
• Strictly follow reprocessing guidelines for reuse
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