Reverse-Tooth Grasping Forceps |
Model No. | Type of clamp head | Specification |
| 323.4.05 | Reverse-Tooth Grasping Forceps (Extended-Length Type) | Ф5×330 |
| 323.5.05 | Reverse-Tooth Grasping Forceps (Parker Style) | Ф5×330 |
| 323.3.05 | Reverse-Tooth Grasping Forceps (Standard Type) | Ф5×330 |
| 323.2.05 | Reverse-Tooth Grasping Forceps (Rat-Tooth Shape/2:1 Tooth Ratio) | Ф5×330 |
| 323.1.05 | Reverse-Tooth Grasping Forceps (Rat-Tooth Shape/3:2 Tooth Ratio) | Ф5×330 |
| Quality Certification | ISO13485/ISO9001/ISO14001/ISO45001 |
| Type of usage | Reusable |
| Shelf Life | 5 years |
| Warranty | 1 Year |
The reverse-tooth grasping forceps is a precision surgical instrument specifically designed for reliable tissue grasping, traction, and stabilization in minimally invasive surgical procedures. Its unique reverse-tooth jaw structure ensures secure grasping of soft or hard tissues while minimizing tissue slippage and damage, providing surgeons with exceptional surgical control and operational efficiency.
Core Features and Values
1. Unique Reverse-Tooth Jaw Design: The precisely distributed reverse teeth on the inner jaw surface function as "multiple anchor points," enabling deep tissue engagement and providing multidirectional, reliable traction. This effectively prevents accidental slippage during tissue traction, lifting, or rotation, ensuring procedural stability and safety.
2. Precise Tissue Grasping and Protection: Compared to smooth jaws, the reverse-tooth design allows for more secure fixation with reduced grasping force, thereby minimizing the risk of compression injuries, ischemia, or necrosis caused by excessive tissue compression to prevent slippage. This feature contributes to improved patient postoperative recovery.
3. Optimized Jaw Structure and Tooth Profile: The specially blunted tooth tips maintain grasping force while preventing penetration or laceration of critical tissues and blood vessels. The jaws are available in various configurations to accommodate different tissue types.
4. Ergonomic Locking Mechanism: Equipped with a precision ratchet locking device offering multiple locking positions. Surgeons can easily perform single-handed operation and locking, maintaining the instrument in a specific grasping state while freeing the other hand for additional procedures, thereby enhancing surgical fluidity.
