High Volt Galvanic Stimulators
High volt galvanic stimulators are designed to support electrotherapeutic treatment for pain relief, circulation support, and recovery from acute or chronic injuries. Advanced Rehab Technologies offers galvanic stimulation products including the Micro-Z and compatible garment electrode systems.
The Micro-Z High Volt Galvanic Stimulator
The Micro-Z is a compact, lightweight stimulator designed to let patients receive electrotherapeutic treatment in a more convenient setting. It includes two treatment protocols: a 30-minute daytime treatment and an eight-hour nighttime treatment that can be used while the patient sleeps.
The device may be used to help address acute and chronic injuries, sources of pain, circulation support, range of motion concerns, and soft tissue atrophy. Its compact size and ease of use make it suitable for patients who need ongoing therapy support.
Specifications
- Variable treatment time from 15 minutes to 24 hours.
- Pulse rate of 1 to 120 pulses per second.
- High-voltage, low-amperage pulsed galvanic stimulation.
- Intensity amplitude from 0 to 200 volts.
- Monophasic exponential spike waveform with fixed interpulse interval.
- Powered by two AAA batteries.
- Weight under 2.5 ounces.
- Approximate dimensions: 2" x 2.4" x 0.65".
- One-year warranty for defective parts and labor.
Electro-Mesh Garments and Therapy Electrodes
The Electro-Mesh garment electrodes, Silver-Thera stocking electrodes, and Stim-Support products are designed to work with galvanic stimulation therapy. These products combine therapeutic stimulation with garment-based support to help improve circulation and reduce swelling.
This type of therapy support may also help with pain relief, mobility support, and soft tissue recovery. Some garment systems are available with or without bracing units, depending on patient needs.
These products have been used in treatment approaches for sports-related injuries, chronic pain, and other conditions where stimulation and circulation support may be helpful.
