Yes, the Sklar DeBakey Atraumatic Tangential Clamp is highly specialized for use in demanding cardiovascular and vascular surgical procedures. It is specifically designed to provide temporary, delicate occlusion.

Its primary function is the tangential clamping of vessels, such as the atrium. This unique application allows the vessel to be secured with minimal trauma while potentially maintaining flow through an adjacent, unclamped section.

Key features that ensure performance and safety include:

• Atraumatic Teeth: The double-angled tips feature 1 x 2 rows of fine, nontraumatic teeth. This specialized working surface provides a secure grip that minimizes damage to delicate vessel walls.
• Precision Control: An integrated ratcheted handle allows the surgeon to lock the clamp at a specific occlusion level, providing crucial control and feedback for regulating blood flow.
• Premium Quality: The instrument is reusable, crafted from durable, surgical-grade Stainless Steel, and is certified Latex-Free.

No, the Sklar Cardiovascular DeBakey Atraumatic Tangential Clamp is supplied in a non-sterile condition.

As this is a reusable, premium surgical instrument made from stainless steel, it is essential that the clamp undergoes appropriate sterilization procedures prior to its first use and subsequent procedures, following standard surgical protocols.

Yes, the Sklar Cardiovascular DeBakey Atraumatic Tangential Clamp is latex-free.

This construction ensures suitability for use in all surgical environments and provides an added layer of safety for both patients and staff who may have latex sensitivities.

Yes, the Sklar DeBakey Tangential Clamp is engineered specifically for atraumatic vessel handling, which is crucial for cardiovascular procedures.

This high standard of care is achieved through several design features:

• Precision Teeth: The double-angled tips are equipped with 1 x 2 rows of fine, atraumatic teeth. This configuration ensures a secure, controlled grip on the vessel wall while minimizing the risk of damage or trauma to the delicate tissue.
• Controlled Functionality: The instrument features a ratcheted handle that allows the surgeon to precisely adjust and maintain the necessary pressure level, preventing the application of excessive force.
• Tangential Design: Its unique function allows for temporary, partial clamping of the vessel, which permits blood flow to continue through the unoccluded section, further reducing stress on the patient’s anatomy.

Yes, the Sklar Cardiovascular DeBakey Atraumatic Tangential Clamp is specifically designed to secure vessels with minimal trauma while maintaining precise control over blood flow.

This crucial control is achieved through its key design features:

• Ratcheted Handle: This allows the surgeon to make precise adjustments to the clamping force, which is critical for regulating blood flow through the open, unclamped section of the vessel.
• Atraumatic Design: The double-angled tips feature 1 x 2 rows of fine, nontraumatic teeth. This ensures the vessel is held securely with minimal damage, making it ideal for non-occluding tangential vessel control during cardiovascular procedures.

Furthermore, this reusable instrument is manufactured from premium Stainless Steel, guaranteeing durability and consistent performance.

Yes, the Sklar Cardiovascular DeBakey Atraumatic Tangential Clamp is designed for long-term clinical use and is fully reusable.

Key features supporting its durability and reusability include:

• Premium Construction: Manufactured from high-quality surgical Stainless Steel to Sklar-grade standards.
• Reusable Design: Specifically engineered to withstand repeated sterilization and use in various cardiovascular procedures.
• Latex-Free: Ensures material integrity and suitability for a wide range of clinical settings.

This instrument is designed to provide long-term value in a surgical setting.

Yes, the Sklar DeBakey Atraumatic Tangential Clamp is designed with a specific double-angled curvature and corresponding tips. This geometry is crucial for its function as a Hemostatic Forceps in cardiovascular surgery.

This specialized configuration provides:

• Precise Tangential Clamping: It is engineered for securely holding the vessel wall, such as the atria, with minimal contact.
• Atraumatic Hold: The tips feature 1 x 2 rows of nontraumatic fine teeth to minimize damage to delicate vessels.
• Controlled Flow: The design allows the surgeon to maintain control over blood flow, often permitting flow through an adjacent, unclamped section of the vessel during the procedure.

The Sklar Cardiovascular DeBakey Atraumatic Tangential Clamp is available in a variety of lengths to ensure surgeons can select the optimal instrument for different surgical access points and requirements. This variety supports versatility across various cardiovascular procedures.

These premium, reusable hemostatic forceps are offered in five distinct lengths:

• 8 inches
• 9.75 inches
• 10 inches
• 10.5 inches
• 10.75 inches

Yes, this Sklar Cardiovascular DeBakey clamp is engineered for maximum tissue protection during cardiovascular procedures, specifically featuring an atraumatic design.

The key specifications for gentle vessel control include:

• Working Surface Style: 1 x 2 rows of nontraumatic fine teeth, designed to minimize damage while providing a secure hold.
• Curvature: Double-angled tips facilitate optimal access and manipulation, allowing for tangential clamping that often maintains blood flow through the unclamped section.
• Handle Feature: A ratcheted handle grants the operating surgeon precise control over the clamping force.

Yes, the Sklar DeBakey Atraumatic Tangential Clamp is engineered with a ratcheted handle to ensure precise control and secure force maintenance during complex procedures.

This crucial feature provides the surgeon with the ability to:

• Adjust clamping pressure precisely to meet procedural requirements.
• Securely maintain the necessary clamping force throughout the procedure.
• Enable controlled, tangential clamping while ensuring continuous blood flow through the adjacent section of the vessel.