14″ B Clamp – Straight Handle, Slightly Curved Jaw

The 14″ B Clamp – Straight Handle, Slightly Curved Jaw is a robust and precision-engineered surgical instrument designed for effective vascular control in a wide range of surgical procedures. Commonly used in cardiovascular, thoracic, and general surgery, this clamp provides reliable occlusion of blood vessels while ensuring minimal tissue trauma and optimal surgical control.

With its 14-inch extended length, the instrument is specifically designed to provide superior reach into deep or difficult-to-access anatomical regions. This makes it particularly useful in thoracic and abdominal surgeries where enhanced depth and maneuverability are required. The extended profile allows surgeons to maintain precision even in confined surgical fields.

The slightly curved jaw design enhances the instrument’s ability to conform to vascular structures, ensuring secure yet atraumatic clamping. The curvature improves contact distribution along the vessel, reducing localized pressure and minimizing the risk of endothelial injury. This feature is essential in delicate vascular procedures where tissue preservation is critical.

The straight handle provides a stable and ergonomic grip, allowing surgeons to maintain direct control and consistent force application. This design supports improved handling efficiency and reduces hand fatigue during long surgical procedures. The balanced structure ensures smooth maneuverability, even in complex operative environments.

Manufactured from high-quality surgical-grade stainless steel, the 14″ B Clamp offers exceptional durability, corrosion resistance, and long-term performance. It is designed to withstand repeated autoclave sterilization cycles without compromising structural integrity or alignment. The satin finish reduces glare from operating room lighting, improving visibility and precision during surgery.

This clamp is widely used for vascular occlusion, tissue stabilization, and controlled manipulation during surgical procedures. It plays a vital role in ensuring hemostasis during vessel dissection, repair, and anastomosis. Its reliable grip and atraumatic design make it suitable for both routine and advanced surgical applications.

The instrument is fully autoclavable and reusable, meeting strict sterilization standards required in modern surgical environments. It is engineered for repeated clinical use, ensuring consistent performance across multiple procedures. Its robust construction makes it a dependable choice for hospitals, surgical centers, and specialty clinics.

The combination of extended length, curved jaw design, and straight handle ergonomics makes this clamp highly effective in demanding surgical situations. It provides surgeons with enhanced access, improved precision, and superior control when working with delicate vascular structures.

Overall, the 14″ B Clamp – Straight Handle, Slightly Curved Jaw is a reliable and versatile surgical instrument designed to meet the needs of modern surgical practice. It combines durability, ergonomic efficiency, and precision engineering to support safe and effective clinical outcomes.

Key Features

• 14-inch extended length for deep surgical access
• Straight handle design for stable and controlled grip
• Slightly curved jaw for improved vessel conformity
• Atraumatic jaw structure to minimize tissue damage
• High-grade surgical stainless steel construction
• Corrosion-resistant and long-lasting durability
• Fully autoclavable and reusable instrument
• Satin finish reduces operating room glare
• Excellent grip stability for vascular control
• Suitable for cardiovascular and thoracic procedures
• Ergonomic design reduces surgeon fatigue
• Optimized for deep and complex surgical fields

Product Specifications

Applications

• Cardiovascular surgery procedures
• Thoracic surgical interventions
• Abdominal vascular surgeries
• Vessel occlusion and control
• Tissue stabilization during dissection
• Vascular repair and anastomosis
• General surgical procedures requiring deep access
• Emergency hemostasis control in operative fields