Lobe Grasping Forceps | |
Model No. | Specification |
| 331.1.05 | Ф5×330 |
| 331.1.10 | Ф10×330 |
| Quality Certification | ISO13485/ISO9001/ISO14001/ISO45001 |
| Type of usage | Reusable |
| Shelf Life | 5 years |
| Warranty | 1 Year |
The lobe grasping forceps is a specialized instrument in thoracic surgery designed for grasping, retracting, and stabilizing pulmonary lobes. Its jaws are typically broad, often fan-shaped or equipped with uniform serrations/crenulations, which are engineered to distribute pressure by increasing the contact area, thereby ensuring a secure yet gentle grip on the delicate and vulnerable lung tissue, thus preventing parenchymal lacerations or pneumothorax.
Core Features and Values
· Non-invasive Design: The broad, uniformly pressurized jaws effectively prevent cutting or tearing injuries to lung tissue.
· Stable Grasping: Provides reliable traction and exposure for anatomical resections of pulmonary lobes, such as segmentectomy or lobectomy.
· Safety Assurance: Specifically optimized for the characteristics of lung tissue, it serves as a critical safeguard in reducing intraoperative pulmonary tissue damage.
Lobe Grasping Forceps | |
Model No. | Specification |
| 331.1.05 | Ф5×330 |
| 331.1.10 | Ф10×330 |
| Quality Certification | ISO13485/ISO9001/ISO14001/ISO45001 |
| Type of usage | Reusable |
| Shelf Life | 5 years |
| Warranty | 1 Year |
The lobe grasping forceps is a specialized instrument in thoracic surgery designed for grasping, retracting, and stabilizing pulmonary lobes. Its jaws are typically broad, often fan-shaped or equipped with uniform serrations/crenulations, which are engineered to distribute pressure by increasing the contact area, thereby ensuring a secure yet gentle grip on the delicate and vulnerable lung tissue, thus preventing parenchymal lacerations or pneumothorax.
Core Features and Values
· Non-invasive Design: The broad, uniformly pressurized jaws effectively prevent cutting or tearing injuries to lung tissue.
· Stable Grasping: Provides reliable traction and exposure for anatomical resections of pulmonary lobes, such as segmentectomy or lobectomy.
· Safety Assurance: Specifically optimized for the characteristics of lung tissue, it serves as a critical safeguard in reducing intraoperative pulmonary tissue damage.