Mini Muscle Stimulator Portable 2-Channel Physiotherapy Machine

High-Portability Neuromuscular Rehabilitation & Muscle Re-Education

Re-activate dormant muscles, prevent disuse atrophy, and carry out targeted professional electrotherapy anywhere with the Mini Muscle Stimulator Portable Workstation. This ultra-compact, handheld device bridges the gap between bulky clinical setups and on-the-go medical care, making it an excellent asset for mobile physical therapists, sports clinics, and home rehabilitation.

By delivering microcontrolled electrical pulses directly through the skin, the machine selectively target motor nerves to induce smooth, controlled muscle contractions. These involuntary therapeutic cycles enhance regional blood circulation, reduce muscle spasms, and actively retrain weak muscle fibers after trauma or surgery.

Modality Matrix: Specialized Therapy Currents

Despite its highly portable, travel-friendly chassis, the Mini Muscle Stimulator houses a comprehensive array of functional therapeutic waveforms designed to address both innervated and denervated muscle states:

• Galvanic Current: Delivers a constant, low-voltage direct current. It is primarily used to facilitate iontophoresis (driving topical therapeutic medications deeper into tissue structures) and to boost blood flow to stagnant or poorly circulated muscle beds.

• Interrupted Galvanic (Int. Gal.): Formulated with calculated rest periods to test motor points and target denervated muscles (muscles lacking active nerve supply). This regular electrical stimulation prevents fibrotic tissue buildup and keeps muscle tissue healthy while underlying nerve pathways regenerate.

• Faradic Current: Features rapid, irregular asymmetrical spikes that produce steady contractions in innervated muscles. This mode is excellent for localized muscle diagnostics and identifying target trigger points.

• Surge Faradic: Modulates the traditional Faradic current with built-in ramping intervals, meaning the contraction intensity gradually increases and decreases. This smooth wave pattern closely mimics organic voluntary contractions, maximizing patient comfort during active muscle re-education.

Key Features & Interface Breakdown

The front control panel uses a highly intuitive, multi-row membrane grid that completely eliminates confusing multi-layered software menus:

1. Dual-Channel Independent Adjustments

The right bank controls two fully isolated outputs (CH-1 and CH-2):

• Dedicated digital (+) and (-) membrane keys allow the practitioner to independently scale current strengths based on real-time patient comfort.

• Isolate power delivery perfectly—such as applying robust contractions to a large muscle group via CH-1 while maintaining a gentle diagnostic twitch on CH-2.

2. Digital Monitoring & Selection Matrix

• Central 7-Segment LED Readout: A bright, high-contrast numeric display window tracks active therapeutic thresholds and program metrics instantly.

• Tactile Mode (M) & Timer (T) Controls: One-touch membrane keys allow you to cycle through pre-loaded waveforms and establish treatment durations across standard clinical blocks spanning 5 Min., 10 Min., 15 Min., 20 Min., and 30 Min. cycles.

• Auto-Stop Safety Gate: The system includes a hard-wired STOP node indicator. The exact moment the countdown timer hits zero, the device breaks all internal electrical circuits, instantly neutralizing output to safeguard the patient from muscle over-fatigue.

Technical Specifications

Primary Clinical Applications

• Post-Op Neuromuscular Training: Ideal for regaining localized quadriceps activation after an ACL tear repair or total knee arthroplasty.

• Disuse Atrophy Mitigation: Safely stimulates muscle groups inside orthopedic splints, casts, or braces to preserve overall muscle tone, mass, and vascular integrity.

• Peripheral Nerve Rehabilitation: Excellent for treating localized facial paralysis (such as Bell’s Palsy) or foot drop by stimulating muscle structures while nerve loops heal.

• Edema & Lymphatic Drainage: Uses cyclical Surge Faradic rhythms to create an involuntary muscle pump, forcing localized fluid retention away from swollen joints.