MILTA-ELBI for external laser blood irradiation LED 635nm matrix laser
ATTENTION! Extended warranty on the head for VLOK!
Supravenous (percutaneous)External laser blood irradiation (ELBI) is painless and safe for the patient.
Its effectiveness is not inferior to the intravenous method of blood irradiation and can be widely used not only in medical institutions, but also at home.
Applicable in:
obstetrics,
gynecology,
dermatology,
urology,
otorhinolaryngology,
dentistry,
in the treatment of infectious diseases,
pulmonary diseases,
diseases of the digestive system,
of cardio-vascular system.
Composition of the complex:
Milta F-8 device (12-15W)
Additional terminal KT-6
Tripod holder
Safety glasses BIOLASER
Methodological recommendations
Passport
Laser therapy device MILTA-F-8 (12-15W)
The radiation of the MILTA-F-8-01 device has an infrared pulsating continuous incoherent nature. It affects nerve endings and skin, eliminating cellulite formations and restoring the epithelium. The only contraindications to the use of MILTA are malignant neoplasms that are prone to progression, as well as systemic blood diseases and pregnancy.
The MILTA-F-8-01 laser therapy device is quite easy to use and operates on AC power. The radiation power of the beam is 5 W. It has been proven that the effectiveness of treatment using the MILTA-F-8-01 device is 85-90%, since it is able to heal, relieve pain, improve mood, hemoglobin, lower cholesterol and mobilize the immune system.
The light guide attachments for the device are made of special plexiglass and serve to deliver laser and LED radiation to the very source of inflammation. The penetration depth of the beams is 6-10 cm. For this reason, nozzles are not required in most cases. However, in gynecology, urology, dentistry and otolaryngology, the use of attachments makes the procedure optimal in terms of efficiency. A big plus in the list of the main positive properties of the device is its affordable price, compared to many analogues.
Specifications:
Overall dimensions, mm 240*215*115
Wavelength of IR radiation from lasers and LEDs, microns 0.85 - 0.89
Laser pulse repetition rate, Hz 5, 10, 50, 80, 150, 600, 1500, 5000
LED emission power, mW From 0 to 100
Pulse laser radiation power W not less than 5, 7, 9, 12 or 15 W (depending on the model)
Magnetic induction, mT, not less than 35
Timer, min from 0.25 to 15
Power supply from the network 220/110V, 50/60 Hz
Weight, kg no more than 2.5
The device is protected by RF patents No.: 207879, 2143293
Certificate of Conformity No. ROSS RU. MO04.V00533
Additional terminal for Milta KT-6 18-21W devices
The geometry of the emitting elements of the matrix ensures a relatively uniform radiation density of LEDs, lasers, and light-laser flux. Eight permanent magnets create a circular 8-leaf gradient magnetic field.
Power of continuous red LED radiation – 50 mW Magnetic induction – 30 mT
The additional CT terminal allows you to influence the body with pulsed laser radiation in the IR range, continuous or modulated radiation in the red range (LEDs) with a wide range of modulation frequencies, uniform irradiation power density over an area of 4 cm2 and a constant magnetic field with a strength of 30 to 50 mT. Thanks to the combination of three physical factors acting on various targets, a mutual enhancement of the therapeutic effect of each of them is achieved both in the superficial layers of the skin and in deep tissues.
The use of a CT terminal makes it possible to effectively treat wounds, soft tissue bruises, myositis, tendovaginitis, bone fractures, trophic ulcers, long-term non-healing wounds, diseases and damage to the skin and mucous membranes, blood vessels, nerves, joints, and spinal osteochondrosis.
Radiation parameters:
pulse repetition rates: 5; 10; 50; 80; 150; 600; 1500 and 5000 Hz;
average radiation power of LEDs (wavelength 0.67 µm) -0–60 mW;
continuous emission of LEDs (0 Hz) is modulated by a meander with frequencies: 1–30 Hz in steps of 1 Hz and 50, 80, 160 Hz.
The CT terminal can operate simultaneously with the main terminal of the device, and the operating modes of each of them are set individually (see technical instructions for working with
device).
Red radiation penetrates biological tissues to a depth of 2 cm, being absorbed and scattered mainly in the upper layers of the skin (71% of the energy is absorbed at a depth of 200 microns). Infrared (IR) laser radiation penetrates to a depth of 6 cm. Thus, a large volume of tissue is “illuminated”
An increase in the regenerative potential of cells (red radiation) and simultaneous stimulation of microcirculation (IR radiation) in a large volume of tissue significantly accelerates the healing process of wounds and ulcers. The possibility of low-frequency modulation of red radiation from LEDs allows for a systemic effect on sanogenetic mechanisms, acting selectively on various regulatory structures of the body. This leads to an increase in the quality of recovery processes and prolongation of remission in the treatment of chronic recurrent diseases.
Red radiation (wavelengths in the range of 0.61...0.69 microns) has historically been considered biologically and clinically a very effective physical factor, but only in recent decades
Quite serious scientific data have appeared confirming and explaining this fact.
The interaction of electromagnetic waves in the red range with biological tissues manifests itself in both wave (reflection, scattering and absorption) and quantum effects (photochemical, photoelectric, photolytic and others).
In the mechanism of the photobiological action of red light, the absorption of energy (1.9–2.0 eV) of light quanta by atoms and molecules of biological tissues is decisive. As a result, electronically excited states of molecules are formed with the transfer of quantum energy (internal photoelectric effect) and electrolytic dissociation and ionization of biological molecules occurs. At the next stage, the energy of red light is transformed into heat or primary
Pulse power of IR laser radiation 21-24 W
Continuous red LED power - 50 mW
Magnetic induction - 50 mT.