VATION® M1 RF Lesion Generator
The VATION® M1 RF Lesion Generator is a dual/quad-channel radiofrequency ablation device used for the treatment of pain caused by primary trigeminal neuralgia and intervertebral disc herniation. It features independent multi-channel control, real-time impedance monitoring, continuous and pulsed RF output, and voltage/current stimulation modes, making it suitable for clinical departments such as pain management, intervention, neurosurgery, stomatology, and rehabilitation.
OEM/ODM and private-label options available on request — ask our export team.
Scope of Application
This product is used for the treatment of pain caused by primary trigeminal neuralgia and intervertebral disc herniation. It can be widely used in pain department, intervention department, neurosurgery department, stomatology department, rehabilitation department and other clinical departments.
Product Features
- Available in two models: M1 A (dual-channel) and M1 B (quad-channel);
- Features multiple RF output configurations, supporting up to four-channel monopolar and three-channel bipolar outputs;
- All output channels can be independently controlled, enabling real-time display of detection data and ablation parameters for each electrode; Class I CF device with defibrillation protection, ensuring high safety performance;
- Real-time impedance monitoring: Real-time monitoring and display of human tissue impedance with audio alert;
- Touchscreen operation, and the parameters can be adjusted via a knob;
- User-friendly patient management and critical surgical data recording system.
Function Parameters
- Two RF output modes:
- Continuous RF output: Pre-set temperature: 30-95°C, for thermal coagulation therapy;
- Pulsed RF output: Pre-set temperature: 30-95°C, for neural modulation, with continuously adjustable pulse frequency and pulse width;
- Two stimulation modes: voltage/current stimulation;
- Maximum RF output power: 50W;
- Ultra-high-voltage pulses: capable of delivering up to 150V high-voltage pulses to meet various clinical requirements.