Electric Uterine Cutter Unit | |
Model No. | Specification |
| 501.1 | HZZG |
| Quality Certification | ISO13485/ISO9001/ISO14001/ISO45001 |
| Type of Usage | Reusable |
| Shelf Life | 5 years |
| Warranty | 1 Year |
This controller serves as the core control unit of the electric hysterectomy system. It employs advanced microprocessor technology, providing surgeons with stable and reliable instrument driving functions through an intuitive user interface and sophisticated algorithms. The controller is responsible for receiving operational commands from the handpiece, precisely regulating the speed and direction of the electric motor, while simultaneously monitoring system status in real-time to ensure the procedure remains within preset safety parameters. It constitutes the fundamental guarantee for achieving efficient and controlled tissue resection and myoma ablation.
Core Features and Values
1. Intelligent Control Platform:
- Advantage: Incorporates multiple preset surgical modes (e.g., cutting, shaving, coagulation) that can be selected with a single touch based on tissue type and surgical requirements. Supports precise adjustment of speed and torque, providing smooth start-stop response to prevent tissue traction.
2. Intuitive Human-Machine Interface:
- Advantage: High-definition LCD screen displays critical parameters in real-time, including set speed, actual speed, operation time, and system status. Touch buttons or rotary knob design ensures simple and intuitive operation, facilitating rapid intraoperative adjustments.
3. Dual-Channel Control Compatibility:
- Advantage: Supports both direct control through the main unit panel and remote control via the "plastic electric handpiece," providing surgeons with flexible operational options.
4. Modularity and Reliability:
- Advantage: Compact design with standardized interfaces ensures strong compatibility with other system components (motor, handpiece, connecting cables). Robust and durable construction guarantees stable operation in high-volume surgical environments.
Electric Uterine Cutter Unit | |
Model No. | Specification |
| 501.1 | HZZG |
| Quality Certification | ISO13485/ISO9001/ISO14001/ISO45001 |
| Type of Usage | Reusable |
| Shelf Life | 5 years |
| Warranty | 1 Year |
This controller serves as the core control unit of the electric hysterectomy system. It employs advanced microprocessor technology, providing surgeons with stable and reliable instrument driving functions through an intuitive user interface and sophisticated algorithms. The controller is responsible for receiving operational commands from the handpiece, precisely regulating the speed and direction of the electric motor, while simultaneously monitoring system status in real-time to ensure the procedure remains within preset safety parameters. It constitutes the fundamental guarantee for achieving efficient and controlled tissue resection and myoma ablation.
Core Features and Values
1. Intelligent Control Platform:
- Advantage: Incorporates multiple preset surgical modes (e.g., cutting, shaving, coagulation) that can be selected with a single touch based on tissue type and surgical requirements. Supports precise adjustment of speed and torque, providing smooth start-stop response to prevent tissue traction.
2. Intuitive Human-Machine Interface:
- Advantage: High-definition LCD screen displays critical parameters in real-time, including set speed, actual speed, operation time, and system status. Touch buttons or rotary knob design ensures simple and intuitive operation, facilitating rapid intraoperative adjustments.
3. Dual-Channel Control Compatibility:
- Advantage: Supports both direct control through the main unit panel and remote control via the "plastic electric handpiece," providing surgeons with flexible operational options.
4. Modularity and Reliability:
- Advantage: Compact design with standardized interfaces ensures strong compatibility with other system components (motor, handpiece, connecting cables). Robust and durable construction guarantees stable operation in high-volume surgical environments.