What is RIKTA family devices?

Laser therapy generates a photochemical response in demages tissue by a process called photobiomodulation.
This process stimulates healing on a cellular level by enabling cells to more rapidly produce energy (ATP).

• Treatment and prevention of several diseases:

diseases of the musculoskeletal system;
bronchopulmonary diseases;
cardiovascular diseases; diseases of the nervous system;
diseases of the digestive system; urogenital diseases; dental diseases; dermatological diseases; diseases of childhood.
Rehabilitation after diseases and injuries. д Sport medicine — powering athletic performance and optimizing recovery after competitions.

• Cosmetic procedures — effective skin rejuvenation and skin treatment.
• Veterinary medicine — treatment of various diseases and injuries.

Effectiveness, quality, reliability and continuous improvement - formula of a long-term success of our technology.

Sources of RIKTA‘s therapeutic effect 

Super pulsed laser, wavelength — 905 nm

Pulsed infrared LEDs, wavelength — 875 nm

Pulsed red LEDs, wavelength — 640 nm

Pulsed blue LEDs (in several models), wavelength —  470 nm

Static magnetic field, strength — 35 mTl

Transcutaneous  electroneurostimulation, TENS (in several models) — amplitude of the output voltage on the metal electrodes from 0 to 400 V, pulse frequency 60–120 Hz

Electrical Muscle Stimulation, myostimulation — amplitude of the output voltage from 0 to 400 V, adjustable pulse frequency 50–200 Hz

 The unique feature of RIKTA family devices  — synergistic synchronization of different light sourses (super pulsed laser; IR, red and blue LEDs) with the reinforcing effect of magnetic field and TENS.  RIKTA’s developers provided the optimal parameters of the therapeutic factors for the highest therapeutic effect.

 Types of therapeutic effects of LLLT devices RIKTA

Super pulsed infrared laser (905 nm) Biological tissues are optically transparent in this wavelength range.
Thus super pulsed laser radiation penetrates deeply (up to 13 sm) into tissues and exerts a powerful stimulating effect on blood circulation, cell membrane metabolism, activates neurohumoral factors, immuno-competent systems, regulates the hormonal system.

RIKTA devices belong to the 1M class of laser safety according to IEC 60825-1, which is the class of complete safety in usage. 1M class lasers RIKTA can be used without special training, in contrast to 3B and 4 classes high-intensity lasers. It's safe even for home use.

Pulsed infrared LEDs  (875 nm)

The penetration of this radiation into the tissues is shallower than that of the laser but provides a broader spectrum of coverage, so it operates at various reflex zones, providing a powerful harmonizing effect on the tonus of the central nervous system.

Pulsed red LEDs (640 nm)

Red light penetrates tissues at lesser depths than infrared radiation. Nevertheless, it has a beneficial effect by reducing the intensity of inflammatory processes, especially in the areas of loose connective tissue, for example, in the areas of joints; it increases the activity of psycho-emotional sphere.

Pulsed blue LEDs (470 nm)

Blue light has an inhibiting effect on certain body functions, reduces the blood pressure, calms down the heart rate, regulates the rhythm of breathing, lessens the muscle tension. Blue light is a strong antiseptic and has anti-carcinogenic effect. Blue light is used in treatment of inflammatory processes, spasms and pain of all kinds.

Static magnetic field

Static magnetic field keeps ionized molecules of tissue in a dissociated state, enhancing the body’s potential to absorb laser energy.

Transcutaneous electroneurostimulation  (TENS)

Transcutaneous  electroneurostimulation is the use of electric current pulses as a non-invasive nerve stimulation for therapeutic purposes (mostly intended to reduce acute or chronic pain).

Electrical muscle stimulation  (EMS)

Electrical muscle stimulation (EMS) or electromyostimulation, is the elicitation of muscle contraction using electric impulses. EMS  — method is applied to improve skeletal muscle function.

Clinical effects of RIKTA laser therapy

Stimulation and improvement of microcirculation Acceleration of recovering from injuries, wounds, burns, ulcers etc. Analgesic effect Anti-inflammatory effect Anti-edematous action Normalization of the central nervous system and peripheral nervous system Activation of the endocrine system Harmonization of hypophyseal portal system Improved immunity Activation of the adaptive feature of the organism Enhancement of the blood composition and functions Relaxing anti-spastic effect Normalization of metabolism and hormonal status Improvement of tone hemodynamics and nutrition of the skin

 Advantages of RIKTA laser therapy

✔ Applicable for more than 200 deseases
✔ Highly effective: both preventive and rehabilitation effect
✔ Compatible with drug therapy
✔ Non-invasive and painless
✔ Portable and simple: both inpatient and outpatient use
✔ Safe: absence of complications, habituation effect adverse reactions
✔ Convenient in various ages

Methods of RIKTA laser therapy 

Local exposure  — direct exposure on the affected area of the skin / mucous membrane; or on the direct projection of the internal nidus, pain
	Transcutaneous laser blood irradiation — exposure on the projection of large blood vessels (such as the forearm).
Photophoresis with medication — simultaneous use of RIKTA laser therapy and medication (gel, cream, oil)
	RIKTA - puncture — exposure on acupuncture points (biologically active points — BAP) using a puncture nozzle

Applications of RIKTA family devices

 Clinical efficacy of the RIKTA family devices is confirmed annually by reviews of medical institutions, hospitals and clinics, private practitioner, individual users.

You can purchase of the Rikta family devices here.