Description
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GENERAL CHARACTERISTICS
- Modern device for double-channel electrotherapy and laser biostimulation
- Two possible treatments at the same time
- Big, color graphic screen (4,3”) with touch panel.
- User-friendly operation by touch screen and buttons.
- Ergonomic treatment probes
- Convenient probe holder
- Esthethic design
- Ready to use programs for typical illnesses
- User’s own programs – with easy to use screen keyboard
- Individual regulation of all treatment parameters
- Function of fan control which minimizes energy consuption and generated noise
- Counters of number and time of treatments
- May be used as portable
Electrotherapy features
- Two independent treatment circuits
- CC or CV workmode
- Microcurrents mode
- Setting of different wave modulations (electro-gymnastics)
- Setting of sequence of diadynamic currents
- Electrode test function
- User friendly electro-diagnostics (I/t curve points, automatic calculation of coefficients); last 5 tests are stored in memory
- Safe reaction to power supply disruption
- Detection of break in treatment circuit
Lasertherapy features
- Continuous and pulsed work mode
- Repeat dose function
- Sensor for power check of probes
ACCESSORIES
Standard
User’s manual
Set of electrodes, pads, fixing bands
Electrotherapy treatment cable
Spare fuses
Warning labels
Optional
Laser probes: point and cluster models
Protective eyewear for laser treatments
Different types of electrodes and other electrotherapy accessories
Transportation bag
Current types
Multitronic MT-4 allows treatments with the following current types:
- Interferential: static (clasic), dynamic, izoplanar, dipol vector, 2-pole (premodulated) and interrupted
- Diadynamic according to Bernard, types DF, MF, RS, MM, CP, LP, CPiso, LPiso (with sequence setting)
- Paresis stimulation (medium frequency currents in shape of triangle, rectangle, sine and trapezoid – each unipolr and bipolar
- Spastic paresis stimulation in double-channel mode (tonolysis)
- TENS, including so called “irritating” modulation
- TENS BURST
- HVPS stimulation
- Kotz current (Russian stimulation
- Träbert current – Ultra Reiz – (UR) (2-5)
- Microcurrent
- CC or CV mode
- Faradic and neofaradic
- Wave modulation or electrogymnastics with wide regulation range
- Ionthophoresis
- Galvanic / DC
Technical data of laser probes
Point probes
| Type of probe |
S-1N |
S-2N |
S-3N |
| Wavelength |
905 nm |
660 nm |
808 nm |
| Pulse power |
50 W |
40 mW |
400 mW |
| Frequency |
5-5000Hz |
5-9999Hz |
5-9999Hz |
| Mean power |
(0,1–50)mW |
(1-40)mW |
(1-400)mW |
| Pulse energy |
10 µJ |
—- |
—- |
| Width of pulse |
200ns |
—- |
—- |
Cluster probes
| Type of probe |
SP-1 |
SP-2 |
SP-3 |
| Wavelength |
660 nm |
660 nm / 808 nm |
808 nm |
| Number of diodes |
9 |
5 / 4 |
9 |
| Single diode power |
40 mW |
40 mW / 160 mW |
160 mW |
| Total power |
360 mW |
840 mW |
1440 mW |
| Frequency |
5-9999Hz |
5-9999Hz |
5-9999Hz |
| Area of treatment |
50 cm2 |
50 cm2 |
50 cm2 |
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