Royalsta - Angular Hysterectomy Clamp – Stainless Steel Surgical Instrument (Available in Multiple Sizes and Angles)

Angular hysterectomy clamps are specialized surgical instruments used primarily in gynecological procedures, such as hysterectomies, to grasp, compress, and secure blood vessels and ligaments, thereby minimizing bleeding during and after surgery. Their angular design facilitates access to specific anatomical structures, enhancing surgical precision.​

Key Features and Specifications:

• Design and Structure:

  • Angular or curved jaws tailored for optimal access to targeted tissues.​
  • Long jaws with broad contact surfaces capable of grasping and compressing extensive breadths of vascular tissues. ​

• Sizes and Variations:

  • Available in various lengths, commonly 21 cm, 24 cm, 27 cm, and 30 cm, to accommodate different surgical needs. ​
  • Material:
  • Constructed from high-quality stainless steel to ensure durability and resistance to corrosion.​

• Jaw Features:

  • Atraumatic, channeled, or longitudinally serrated jaws designed to securely hold tissues while minimizing damage. ​
  • Handle and Locking Mechanism:
  • Ergonomic ring handles equipped with a ratchet system for secure locking and precise control during procedures.​

Notable Examples:

• Zephyr Hysterectomy Clamps:

  • Offered in four angles: straight, slight curve, strong curve, and angled.​
  • Lengths available: 21 cm, 24 cm, 27 cm, and 30 cm.​
  • Features channeled atraumatic grasping jaws. ​Lewis’ Angular Hysterectomy Clamp Forceps:
  • Designed with long jaws and broad contact surfaces for effective compression of vascular tissues.​
  • Equipped with safety catches, allowing the instrument to remain in place for extended periods if necessary

  • Visual Reference:

    • Zephyr Hysterectomy Clamps:

      • Available in various angles and lengths, featuring channeled atraumatic grasping jaws.​

    • Lewis’ Angular Hysterectomy Clamp Forceps:

      • Characterized by long jaws with broad contact surfaces, designed for effective compression of vascular tissues.