1 / 5
Gray Medical
Gray Medical
This medium-frequency electrotherapy device represents a breakthrough in non-invasive physical therapy, leveraging advanced transcutaneous electrical nerve stimulation (TENS) technology. These devices deliver low-frequency (LF) modulated medium-frequency (MF) pulses, striking a critical balance: reducing skin irritation while penetrating deeper into tissues to target impaired nerves, adhesions, and inflamed areas.
Engineered for clinical efficacy, the device is designed to relieve pain, reactivate neuromuscular function, accelerate tissue repair, and enhance local circulation—making it an indispensable tool for rehabilitation and pain management.
Relieves acute (post-injury) and chronic (e.g., back, neuropathic) pain by blocking pain signals.
Reactivates impaired nerves and atrophied muscles after stroke, surgery, or immobilization.
Accelerates the dissipation of swelling in joints and soft tissues.
Improves local blood flow to support tissue repair in wounds or post-fracture recovery.
| Parameter | Description |
|---|---|
| Waveform | Low-frequency (1–150 Hz) modulated medium-frequency (10 kHz) pulses |
| Frequency Tolerance | ≤10% (ensuring stable, consistent stimulation) |
| Current Intensity | 1–50 mA / 1–99 mA with precise step adjustments |
| Current Stability | ≤10% variation (maintaining consistent therapeutic dosage) |
| Amplitude Tolerance | ≤5% (ensuring predictable, reliable output) |
| Channels | Dual independent channels (simultaneous treatment capability) |
| Battery Life | ≥6 hours (supports all-day clinical use) |
| Safety Features | Electrode lead-off alert, short-circuit protection |
Our expertise covers clinical care, rehabilitation, and In Vitro Diagnostics (IVD) fields, with a focus on delivering cutting-edge intelligent solutions. These span surgical procedures, neurosurgical brain-computer interfaces, AI-powered rehabilitation robots, AI-enhanced pathological auxiliary diagnosis, life sciences, as well as comprehensive medical supply chain services.
