Snake-Shaped Tissue Forceps |
Model No. | Type of clamp head | Specification |
| 113.1.05 | Tissue Forceps(snake shape/with teeth/Tip width 5mm) | Ф5×330 |
| 113.2.05 | Tissue Forceps(snake shape/without teeth/Tip width 5mm) | Ф5×330 |
| 113.1.08 | Tissue Forceps(snake shape/with teeth/Tip width 8mm) | Ф5×330 |
| 113.2.08 | Tissue Forceps(snake shape/without teeth/Tip width 8mm) | Ф5×330 |
| 113.1.10 | Tissue Forceps(snake shape/with teeth/Tip width 10mm) | Ф5×330 |
| 113.2.10 | Tissue Forceps(snake shape/without teeth/Tip width 10mm) | Ф5×330 |
| 113.1.12 | Tissue Forceps(snake shape/with teeth/Tip width 12mm) | Ф5×330 |
| Quality Certification | ISO13485/ISO9001/ISO14001/ISO45001 |
| Type of Usage | Reusable |
| Shelf Life | 5 years |
| Warranty | 1 Year |
The snake-shaped tissue forceps represent a versatile, precision tissue-grasping instrument, distinguished by its innovative serpentine head design that offers exceptional operational flexibility and enhanced surgical visualization. This instrument is specifically engineered for precise tissue grasping, clamping, and separation in both deep-seated laparoscopic surgical procedures.
Core Features and Values
· Superior Maneuverability: The unique serpentine head configuration enables surgeons to effortlessly adjust angles within confined or deep anatomical spaces, navigate around obstacles, and achieve optimal grasping positions, thereby improving surgical visualization and minimizing tissue traction injuries.
· Precision Tissue Management: Available in both toothed and atraumatic jaw configurations:
- Toothed Variant: Ensures secure grasping of tissues, fascia, or adipose structures, preventing slippage.
- Atraumatic Variant: Specifically designed for handling delicate tissues, blood vessels, nerves, or intestinal anastomoses, minimizing tissue trauma.
· Comprehensive Size Selection: Offers a range of head widths from 5mm to 12mm to accommodate diverse tissue sizes and surgical precision requirements, from meticulous anatomical dissection to grasping larger tissue masses.
· Ergonomic Handle Design: Engineered in accordance with hand biomechanics, providing comfortable grip, precise control feedback, and reduced operator fatigue during prolonged procedures.
