Thoracic Dissecting Forceps(Single Joint)

The Straight Thoracic Dissector (Single Joint) is a fundamental instrument for dissection and separation in thoracoscopic surgery. Its straight design offers direct axial control, making it suitable for tissue grasping, blunt dissection, traction, and neurovascular bundle skeletonization in open surgical fields. This instrument serves as a reliable tool for thoracic surgeons to perform precise and controlled separation maneuvers.

Core Features and Values

· Straight Shaft Design: Provides intuitive "what-you-see-is-what-you-get" operational feedback, facilitating precise dissection in relatively flat areas such as the anterior mediastinum and pre-hilar regions under direct vision.

· Versatile Jaw Configurations: 

   - Slim Tapered Tip: Ideal for delicate blunt dissection and tissue spreading.

   - Blunt/Rounded Tip: Minimizes tissue puncture risk, suitable for safe pushing and stripping maneuvers.

   - Fine-Toothed Jaw: Ensures secure tissue grasping for effective traction and surgical field exposure.

· Single Joint Structure: Incorporates the classic Hoffmann-style single joint, ensuring efficient force transmission, solid operational feel, and stable grasping and separation capabilities.

The Thoracic Curved Dissection Forceps (Single Joint) is a specialized instrument meticulously designed for deep thoracic and lateral anatomical procedures. Its distal end features a specific angular curvature (e.g., 45° or 90°), enabling effortless navigation around anterior organ or tissue obstacles, thereby facilitating lateral dissection and grasping of target tissues. This design significantly enhances operational convenience and safety in complex anatomical regions.

Core Features and Values

· Curved Shaft Design: The curved distal end facilitates manipulation in deep and challenging anatomical areas such as posterior to the pulmonary hilum, beneath the aortic arch, and behind the pericardium, effectively improving surgical visibility and preventing operator hand obstruction.

· Precision Jaw Configuration: The curved distal tip is typically equipped with either a blunt or fine-toothed design, enabling both safe blunt dissection and effective tissue grasping, which is particularly advantageous for tactile feedback-guided separation in non-direct visualization scenarios.

· Single Joint Structure: The robust single-joint construction ensures efficient and stable transmission of force to the distal tip, even within the curved shaft configuration.