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· Optimized Circuit Design (vs. Conventional Circuits)

• Low energy efficiency
• Excessive heat generation at high output
• Limited treatment efficacy

· Proprietary High-Efficiency Circuit Design

• Superior energy efficiency
• Sustained high output with minimal heat generation

· Analyzes over 2,500 parameters in real time for highly precise energy control.

· Automatically tracks high-efficiency, high-output frequencies.

· Reduces response time by over 99%, drastically boosting performance.

· During operation, dMPF automatically adjusts to temperature and environmental fluctuations to ensure continuous tracking.

· Patent Pending

· Prevents overcurrent by detecting skin contact and non-contact conditions.

· Automatically cuts power when the device is left idle during treatment.

· Patent Pending