Electra 4 Channels - Electrotherapy Device

Electra delivers various types of currents tailored to most therapies for painful syndromes and treatments for toning or hypertrophy through passive gymnastics, as well as for rehabilitating normoinnervated and/or denervated muscle tissues.

Electra, created with the most advanced electronic technologies, is available in 2- or 4-channel versions.

Electra provides the following types of currents:

Diadynamic Current: Ensures successful treatment of painful inflammatory conditions of muscles, joints, peripheral nerves, and, in sports medicine, rapid resolution of traumas and hematomas.
Faradic Current: Enables stimulation of normoinnervated muscles in all types of treatments.
Pulsed Current: Due to the constant increase in intensity over time, it can be used for stimulating partially innervated or denervated muscles.
Direct Current: Can be used alone or combined with diadynamic, faradic, and pulsed currents, making the device suitable for galvanization, galvanic baths, and the iontophoretic administration of medications.
Bipolar Current: Allows for use in toning and rehabilitation muscle stimulation. The bipolar symmetry of the stimulating waves improves sensory acceptability due to the gentle perception of the applied currents, avoiding the disadvantages of the electrolytic action of monopolar stimulation.
Interferential Current: Ensures the transfer of analgesic or low-frequency motor stimulation currents to deep tissue levels by using higher frequencies that reduce skin impedance and, consequently, epidermal irritation issues.

TECHNICAL SPECIFICATIONS:

• Maximum continuous output current: 30 mA
• Maximum pulsed output current: 70 mA
• Maximum output voltage: 100 Vdc
• Power supply: 90-240 Vac / 50-60 Hz
• Power consumption:
  60 VA for Electra 2
  90 VA for Electra 4

NEW FEATURES:

• Wide range of preset protocols
• Customizable programs
• Treatment phase sequence planning for each channel
• Fully independent channels
• Safety control methods with automatic output current deactivation in case of accidental electrode detachment