FK998-G(2) Computerized Medium Frequency Electrotherapy Apparatus

FK998-G(2) Computerized Medium Frequency Electrotherapy Apparatus is a medical device used for physical therapy, weight loss, and body shaping. It is suitable for outpatient physiotherapy in large, medium, and small hospitals, as well as health centers. This unit features 4 channels of iontophoresis DC output and 4 channels of thermoelectric synchronous medium frequency output, with additional traditional Chinese medicine penetration functionality. It allows four patients to receive simultaneous treatment using either the same or different prescriptions.

The device stores 99 specific multi-step program prescriptions, developed by physiotherapy experts for various applications. These include 29 multi-step conventional therapy prescriptions (including 8 for weight loss and beauty), 10 audio frequency current therapy prescriptions, 10 sinusoidal modulated medium frequency current therapy prescriptions, 20 pulse modulated medium frequency current therapy prescriptions, 1 DC iontophoresis prescription, and 29 interferential current therapy prescriptions, for clinical use*.

Main Features
1. Metal casing, aesthetically pleasing and durable
2. 99 expert prescriptions to meet the needs of medical, beauty, and other institutions
3. Eight-channel output
4. Capable of different prescription treatments, interferential electrotherapy, iontophoresis therapy, and traditional Chinese medicine penetration therapy

Dimensions: 450 X 318 X 97 (mm)

Operating Conditions
Ambient temperature range: 5 °C to 40 °C
Relative humidity range: ≤ 80%
Atmospheric pressure range: 860 hPa to 1060 hPa
Power supply conditions: AC 220 V, frequency 50 Hz

Technical Parameters
Device classification: Class I, BF type
Therapy mode classification: Class C equipment
Operating frequency: 1K to 10KHz ±10%
Modulation wave types: Triangular wave, square wave, exponential wave
Output channels: Four channels
Input power: 60VA + 6VA
Modulation methods: Continuous modulation, intermittent modulation, burst modulation, frequency conversion modulation, and alternating modulation