Bipolar Electric Hook | |
Model No. | Specification |
| 354.3.05 | Ф5×330 |
| Quality Certification | ISO13485/ISO9001/ISO14001/ISO45001 |
| Type of Usage | Reusable |
| Shelf Life | 5 years |
| Warranty | 1 Year |
The bipolar electric hook integrates the precise cutting capability of monopolar hooks with the safety of bipolar technology. Its hook-shaped tip features two insulated electrodes, where the electrical current forms a localized circuit only at the hook's tip. This design enables precise simultaneous coagulation during tissue hooking, retraction, and cutting, while eliminating the need for current to pass through the patient's entire body, thereby enhancing safety.
Core Features and Values
· Concurrent Precision Cutting and Safe Coagulation: Combines the fine dissection capability of hooks with the safety of bipolar coagulation.
· Minimal Thermal Damage: Energy concentration at the hook tip results in significantly reduced thermal impact on surrounding tissues compared to monopolar hooks.
· Ideal for Delicate Dissection: Particularly suitable for surgical procedures requiring separation in high-risk anatomical areas.
Bipolar Electric Hook | |
Model No. | Specification |
| 354.3.05 | Ф5×330 |
| Quality Certification | ISO13485/ISO9001/ISO14001/ISO45001 |
| Type of Usage | Reusable |
| Shelf Life | 5 years |
| Warranty | 1 Year |
The bipolar electric hook integrates the precise cutting capability of monopolar hooks with the safety of bipolar technology. Its hook-shaped tip features two insulated electrodes, where the electrical current forms a localized circuit only at the hook's tip. This design enables precise simultaneous coagulation during tissue hooking, retraction, and cutting, while eliminating the need for current to pass through the patient's entire body, thereby enhancing safety.
Core Features and Values
· Concurrent Precision Cutting and Safe Coagulation: Combines the fine dissection capability of hooks with the safety of bipolar coagulation.
· Minimal Thermal Damage: Energy concentration at the hook tip results in significantly reduced thermal impact on surrounding tissues compared to monopolar hooks.
· Ideal for Delicate Dissection: Particularly suitable for surgical procedures requiring separation in high-risk anatomical areas.