Electric stimulator

IF

Product Overview
The Medium-Frequency Interferential Electrical Therapy System delivers two or more medium-frequency currents that intersect in tissues to generate a therapeutic low-frequency difference current. Designed for clinical pain management and rehabilitation, it supports neuromuscular stimulation, local circulation improvement, scar softening and adhesion release.

Application & Technology

• Application: Pain management, physical therapy and rehabilitation
• Technology: Medium-frequency interferential electrical stimulation producing a low-frequency difference current at the target tissue

Product Features & Clinical Benefits
Intuitive Touchscreen Control

• Large color touchscreen with a clear, user-friendly interface
• Quick and precise adjustment of treatment parameters

Adjustable Negative Pressure

• Adjustable suction pressure settings for individualised therapy
• Integrated negative-pressure suction function supporting vacuum cupping applications

UV Disinfection

• Built-in UV module for rapid disinfection of treatment heads and conductive sponges
• Supports improved infection-control workflows in clinical settings

Constant Temperature & Humidity

• Independent heating compartment to maintain conductive sponge temperature and humidity
• Helps ensure patient comfort and consistent contact during treatment

Technical Specifications

• Mode: Medium-frequency interferential stimulation (difference current generated by intersecting medium-frequency currents)
• Primary applications: Pain management, physical therapy, neuromuscular activation and rehabilitation
• User interface: Large color touchscreen for parameter adjustment
• Negative pressure: Adjustable suction; supports vacuum cupping
• Disinfection: Built-in UV disinfection module for treatment heads and conductive sponges
• Environmental control: Independent heating compartment to maintain conductive sponge temperature and humidity
• Clinical effects: Neuromuscular stimulation, improved local circulation, scar softening, adhesion release