Surgical Hemostatic Forceps Straight 15.9 cm (6.3)

Precision Titanium Hemostasis with Enhanced Grip

Achieve reliable vessel control with the Rochester-Ochsner hemostatic artery forceps, engineered for surgeons who demand lightweight durability and secure tissue handling. Constructed from high-grade titanium, this 6 1/4-inch instrument significantly reduces hand fatigue during prolonged procedures while maintaining the structural integrity required for critical clamping tasks. The straight jaw configuration features a distinctive 1x2 tooth pattern combined with serrated surfaces, providing a firm, non-slip grip on tough tissues and vessels without excessive crushing force. Ideal for multi-specialty applications ranging from general surgery to orthopedics, these ring-handled forceps offer the tactile feedback and balance necessary for precise dissection and hemostasis in deep or confined surgical fields.

Use Cases

• Clamping and occluding blood vessels during general surgical procedures to maintain a clear operative field
• Securing tough connective tissues or fascia in orthopedic and plastic surgery reconstructions
• Providing stable retraction and hemostasis in cardiovascular and neurosurgical interventions requiring precise instrument control
• Handling dense tissue structures where standard smooth jaws may slip, utilizing the 1x2 tooth and serrated design for enhanced grip

Specifications

Care & Handling

• Clean thoroughly immediately after use to remove biological debris, paying close attention to the serrated jaw teeth and box lock mechanism
• Inspect the 1x2 teeth and jaw alignment regularly for signs of wear, damage, or misalignment that could compromise gripping performance
• Handle with care to prevent dropping or impact damage, as titanium instruments require specific protection to maintain their precision finish
• Store in a dry, protected environment using instrument trays or racks that prevent contact with other metal tools to avoid surface scratching

Specifications

General use; follow facility protocols.