Hemostatic Forceps

Hemostatic forceps are indispensable surgical instruments specifically designed for precise vascular and tissue clamping, as well as temporary blood flow occlusion. Straight hemostatic forceps represent a classic straight surgical instrument with a completely linear jaw design. Characterized by their simple structure and intuitive operation, they are among the most fundamental and versatile instruments for hemostasis and tissue control in surgical procedures. Their direct linear design provides unobstructed visibility and precise clamping points, making them particularly suitable for superficial and open surgical procedures. Curved hemostatic forceps feature jaws with specific angular curvature, serving as essential instruments in deep tissue surgeries and critical vascular dissection. The curved design facilitates tissue circumvention and elevation, significantly improving exposure in deep surgical fields while enabling effective encirclement and clamping at vascular roots, thereby protecting surrounding tissues from accidental injury. C-shaped hemostatic forceps are specially designed instruments with a large-radius curved jaw that forms a distinct "C" shape at the tip. This configuration provides exceptional circumvention capability and precise clamping performance in complex anatomical structures, particularly suitable for delicate dissection and ligation around critical tubular structures.

Core Features and Values

1. Superior Clamping Performance

· Precision Jaw Design: The jaws incorporate meticulous horizontal or longitudinal serrations, ensuring secure tissue retention while minimizing vascular wall compression damage.

· Uniform Clamping Force: The precisely engineered locking mechanism delivers consistent and stable clamping force when fully closed, preventing tissue tearing from localized pressure.

2. Premium Material and Craftsmanship

· High-grade Stainless Steel: Manufactured from premium stainless steel with excellent corrosion resistance, high strength, and biocompatibility.

· Surface Treatment: Matte finish effectively reduces surgical light reflection, minimizing operator visual fatigue. The smooth surface facilitates cleaning and sterilization while demonstrating strong anti-adhesion properties.

3. Ergonomic Design

· Anatomical Finger Rings: Rounded and appropriately sized finger rings enable comfortable handling in various positions, reducing operator fatigue during prolonged procedures.

· Precise Locking Mechanism: The ratchet lock features clear engagement and distinct tactile feedback, allowing smooth single-handed operation with rapid response, enhancing surgical efficiency.

· Comprehensive Size Range: Available in straight and curved (various angles) configurations to accommodate superficial, deep, and minimally invasive surgical requirements.

4. Reliable Safety and Durability

· Robust Construction: Precision engineering ensures structural integrity during repeated use and high-pressure, high-temperature sterilization without deformation or loosening.

· Non-traumatic Design: Specially rounded tips minimize accidental injury to surrounding nerves and vessels during deep tissue manipulation.