Jacobs Tenaculum Forceps – 210mm

Description

Rosh Tech Jacobs Tenaculum Forceps – Reliable Cervical and Uterine Grasping for OB/GYN Procedures

The Rosh Tech Jacobs Tenaculum Forceps are premium-quality OB/GYN instruments designed for secure and reliable grasping of the cervix or uterus during surgical procedures. Crafted from high-grade German stainless steel, these forceps provide exceptional durability, precision, and control.

Key Features:

• Jacobs Design: Ratcheted mechanism for secure and adjustable grip on the cervix or uterus.
• 210mm Length: Provides optimal reach and maneuverability for OB/GYN procedures.
• Premium German Stainless Steel: Ensures superior durability, corrosion resistance, and longevity.
• Ratcheted Mechanism: Allows for adjustable and secure tissue grasping, minimizing slippage.
• Versatile OB/GYN Use: Essential for various surgical procedures requiring cervical or uterine manipulation.
• Superior Craftsmanship:
  • Passivated to prevent rusting.
  • Ultrasonically cleaned.
  • Dull-polished to eliminate reflections.
  • Subject to rigorous quality control, including boil, performance, and shape tests.
• Certified Quality: Conforms to CE and ISO standards.
• Easy Sterilization: Autoclavable and compatible with standard sterilization procedures.
• Individual Packing: Each forceps is individually packed for sterility and safe handling.

Technical Specifications:

• Material: German Stainless Steel
• Length: 210mm
• Sterility: Non-Sterile
• Grade: High

Salient Features:

• Surgical-grade German stainless steel.
• Made with superior quality clinical-grade and autoclavable material.
• Hand matt polished to avoid reflections and enhance durability.
• Completely conformed to CE and ISO standards.
• Corrosion resistance, with no chrome plating to eliminate the risk of peeling.
• Easy instrument care, with all standard sterilization procedures applicable.

The Rosh Tech Jacobs Tenaculum Forceps are indispensable instruments for OB/GYN surgeons seeking reliable and precise tissue manipulation during surgical procedures.