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Low Level Laser Therapy
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Low Level Laser (LLLT) Quantum therapy by Terraquant
An overview of TerraQuant Low Level Laser treatment programs.
Low Level Laser (LLLT) TerraQuant is the only pain relief device on the market that delivers spectacular results using a unique combination of pulse laser, infrared radiation, visible red light and magnetic field generations suitable Low Level Laser treatment for home and professional use
TerraQuant Laser Therapy Automated Mode. The user can choose between 5 programs, which have been preset for treatment of different conditions. A Laser treatment program is selected by pushing the relevant program number after completion of the TerraQuant unit self-test.
Each Laser treatment program uses different pulse frequencies and has different treatment session durations, as summarized in the table below. Variation of the pulse frequencies alters the depth of penetration of the laser light.
Advantages of quantum medicine.
TerraQuant Laser Therapy device is portable and ecologically safe. This versatile pain free laser therapy device has a variety of uses in rural, field and military conditions, schools, sport centers, industrial enterprises and correctional facilities.
- Completely save quantum energy released by Low Level Laser (LLLT) TerraQuant does not exceed 1.5 electron-volts (please refer to the manual), which is not sufficient to impair natural processes and disrupt polymer intermolecular links.
- Increases efficiency of conventional drug therapy
- Allows significant reduction of drug dosage and in some cases alleviates the need for conventional drug therapy
- Leads to 2-3 times faster recovery and rehabilitation (check the list of pre-existing conditions)
- Cuts inpatient care costs by reducing time required for inpatient treatment
- Offers more possibilities for outpatient treatment
- No side effects
- Low Level Laser (LLLT) TerraQuant is non-invasive
Its state-of-the-art menu-prompted console drives up to six outputs, five of which are preset programs with selectable parameters chosen from the user manual. The sixth is a personalized program designed by the therapist or the individual.
To treat a painful area the Low Level Laser (LLLT) TerraQuant emitter is simply held by the therapist of by the individual directly on the painful area, or is moved in a circular motion on the painful area.
| Program Treatment |
1 Pain
Syndrome |
2 Chronic
Pain
Syndrome |
3 Skin &
Wound
Care |
4 Anti-aging
& Cosmetics |
5 Specific
Treatment
Programs |
| Pulse Frequency |
50
Hz/sec |
5
Hz/sec |
1000
Hz/sec |
Variation
1000-3000
Hz/sec |
Variation
5-1000
Hz/sec |
| Program Duration |
5
minutes |
5
minutes |
4
minutes |
4
minutes |
3
minutes |
Technical Specifiations Terraquant Low Level Laser (LLLT) Quantum therapy Unit:
| Average Power |
|
| * Total Radiation |
60 - 90 mW |
| * Laser Radiation (01 Laser Diode) |
0.4 -1.4 mW |
| * Infrared Radiation |
30 - 90 mW |
| * Red LED's (8 LED's) |
02 - 10 mW |
| * Permanent Magnet Induction |
25 - 45 mT |
| Wavelength |
|
| * Laser (adjustable) |
900 +/- 50 nm |
| * Infrared Radiation |
860 - 740 nm |
| * Red Radiation |
600 - 740 nm |
| * Class II Equipment |
Applied Part Type BF |
| * Laser Class |
1M (IEC 60825-1) |
| * Supply Ratings |
13.5 Vdc, max. 0.7A |
| * Weight |
1.5 kg (approx. 3.3 pounds) |
| * Dimensions |
24 cm x 22 cm x 9 cm |
Phototherapy 101: A Medical Quant USA Exclusive.
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Price:$65.00 |
Details |
Douglas Johnson, ATC, EES, CLS, is a certified athletic trainer with over 12 years of clinical/industrial experience. He has worked extensively in the field of Occupation Medicine as the
Assistant Regional Physical Therapy Director of Concentra Medical Centers Michigan Operations and as the therapy director of
PrimeCare Medical Centers. Johnson is the co-owner of Sports and Industrial Rehab (www.sportsandindustrialrehab.com) and founder
of the Laser Center of Michigan.
Beginning with a brief history of light as a physical agent and the basic concepts of photobiostimulation, low level
lasers, super luminous diodes and LEDs are described and contrasted in detail. Phototherapy treatments techniques are discussed as well
as the indications and contraindications for use. Readers learn to effectively evaluate and compare the various light therapy
technologies.
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More Details of Terraquant Low Level Laser (LLLT) Quantum therapy
Ease of use, versatility and proven results fast.
Significant, Rapid Pain Reduction
Low Level Laser (LLLT) TerraQuant can significantly reduce pain in 3 to 15 treatment procedures. The procedures can be performed once or twice daily or every other day. Each treatment procedure takes 5 to 10 minutes.
Designed for Professional and Home Use
Laser Therapy TerraQuant is very easy to use and can be used without medical supervision at home or by a health professional or therapist at a clinic or hospital.
Conditions that Respond Well to Low Level Laser (LLLT) TerraQuant
Spinal diseases comprising early
- osteochondriosis
- scoliosis
- intervertebral disk hernia
- post-traumatic pain
- carriage disorders
- radiculitis
- ischialgia
Joint disease, such as
- arthritis
- arthrosis
- coxarthrosis
- contractures
- calcaneal spurs
- myositis.
Sunburn
- Acute (traumatic) & chronic pain, neck & back pain
- Tendonitis, carpal tunnel syndrome, tennis/golfer elbow
- Acne, eczema
- Non-healing ulcers
- Sinusitis, tonsillitis
- Fibromyalgia
- Migranes
- Tinnitus
Use of Low Level Laser (LLLT) TerraQuant increases the speed, quality and strength of cell tissue repair, increases blood supply to the affected area, stimulates the immune system, stimulates nerve function, develops collagen and muscle tissue, helps generate new healthy cells and tissue and promotes faster wound healing and clot formation. This method can even provide significant results for the elderly, or patients suffering from long-term illness or cell damage, even in cases that were previously considered to be hopeless.
It is important to emphasize that therapy with Low Level Laser (LLLT) TerraQuant does not exclude other conventional medical treatment. On the contrary, combining it with other treatment may result in rapid recovery and may enable the reduction in doses of conventional drug consumption.
A laser focuses light with various wavelengths. High intensity Lasers generate heat and are commonly used in surgery. Low level lasers have a positive effect on bodily tissues.
Low Level Lasers neither generate heat nor scorch, and use only light, which makes them a fast, safe and precise healing measure, with no risk or after effects, and no need for surgery, anaesthetics or drugs.
"The problem of present-day medicine is that over centuries Western Scientific thought has been concentrated around a chemical model of organization and function of molecules, tissues and organs in our body. However, this biochemical model should be expanded to deeper levels by including electromagnetic and quantum processes that play a crucial role in self-organization of living nature."
Edgar Mitchel - Doctor of Technology Apollo 14 astronaut, founder of the ISS Institute
Major principles of multi-factor Quantum therapy, prophylaxis and rehabilitation.
Quantum therapy uses low-energy, i.e. safe electro-magnetic radiation that has beneficial effects on intracellular and intercellular processes.
The following most effective models of electromagnetic radiation have been selected on a basis of long-term studies:
- magnetic effect
- low-intensity pulse infrared laser radiation
- wide-band infrared radiation
- extremely high frequency (EHF) radiation
- red light
- green light
The magnetic field provides energy-mediated protection of organism against the deleterious environmental impacts, including climatic factors and electromagnetic fields. The magnetic field also keeps ionized molecules of tissues in a dissociated state, thus enhancing the energy potentials at the molecular and cellular levels.
Clinical Effects:
- pain relief
- improvement of cell regeneration potential
- improvement of tissue nutrition
- antiedematic effect
Pulsed infrared laser radiation penetrates tissues 10-13 cm deep and has strong simulating effects on blood circulation as well as on membranous and intracellular metabolism. It activates immunocompetent systems and improves neurohumoral and hormonal regulation of metabolism. Clinical Effects:
- activation of protein synthesis (RNA, DNA)
- stimulation of enzyme synthesis
- activation of ATP synthesis
- improvement of blood circulation
- promotion of tissue regeneration
- enhancement of collagen synthesis
- anti-inflammatory
- antiedematic effect
- analgetic effect
- decrease of cholesterol level
- stimulation of specific and non-specific immunity
- strong antioxidant effect
- normalization and activation of prostaglandin synthesis
- decrease in the lipid peroxidation rate.
Continuous incoherent infrared radiation penetrates shallower tissue depths and has a broader spectrum compared to laser radiation. It has powerful tonic effects on the central and vegetative neural systems.
Clinical effects:
- prevention and treatment of cellulite
- heating of superficial tissue levels
- influence on skin receptors, with an increase of pain threshold
- activation of microcirculation
- improvement of epithelium and skin regeneration
- deepening of laser radiation penetration into tissues.
Pulsed red light is identified with beneficial anti-inflammatory effect (especially in areolar tissue). According to long-term studies, pulsed red light in known to improve psycho emotional tonus - despite the fact that it penetrates smaller tissue depths.
In addition, red light makes a treated area visible and has a local warming and psychotherapeutic effect.
Clinical effects:
- analgetic effect
- prevention and treatment of cellulite
- improvement of microcirculation
- antiedematic effect
- marked therapeutic effects on joints with the abundant areolar tissue.
Extremely high frequency (millimeter-range) microwave radiation uses sub-threshold dosages of extremely high-frequencies in the range of 42 to 160GHz. This laser treatment is applied mostly to biologically active points and biologically active areas for adequate stimulation of the immune system. This type of radiation has proved to be effective, save and comfortable for patients.
Clinical effects:
- stimulates of the immune system
- analgetic effect
- anti-inflammatory effect
- facilitates tissue lesion regeneration
- improves blood circulation
- improves nerve conductivity
CLINICAL DATA (PLEASE CLICK)
Laser Therapy as a Healing Stimulus
Lasers can strengthen damaged cells. Using photochemical processes, laser light inserts bio-photons into damaged cells. The cells begin to produce energy (ATP), which improves their function, assists their division, strengthens the body's immune system and causes the secretion of various hormones.
The tissues are healed, and pain disappears. If damaged cells have died, the bio-photons help the division of neighboring cells, generating new tissues, and bring about healing. Lasers commonly in use for Laser Therapy (LT) operate at a wavelength between 600 and 1060 nanometers (nm). Laser devices in this range are known to be safe because they do not include wavelengths in the lower end of the spectrum, which includes X-RAYs and Gamma Rays that cause destructive ionization in the cell.
The first lasers used for Laser Therapy were gas-tube, helium neon lasers at 632nm. Developed in the 1960's, these lasers were very expensive to purchase and too difficult to operate, limiting their availability to just a few well-financed researchers. In the 1980s however, technological advances allowed for the emergence of relatively inexpensive laser diodes with a wide range of wavelengths. The development of devices for LT has proceeded in such small steps because rather than being driven by the demand for Laser Therapy devices, the production and availability of laser diodes is driven by the massive demand for laser diodes in technology such as compact disc players, laser scanners, and for a wide range of defense applications.
As these technologies matured in the 1990's, they were able to handle much higher power outputs, as high as 500mW, resulting in shorter treatment times for LT applications. Typical power outputs of diode lasers currently available range from 50mW to 500mW.
Wavelengths and Impact of Penetration and Absorption
Portions of these diode laser wavelengths are visible, from 600 up to approximately 780 or 820 nm. Humans have a declining ability to see light above approximately 820nm. Photon energy increases as the wavelength decreases; conversely, penetration through the skin increases as wavelength increases. Thus, certain conditions may benefit from lower wavelengths where most of the energy is absorbed at the surface, and other conditions may benefit more from higher wavelengths that permit deeper penetration. It follows that an ideal wavelength for treating most conditions would be in the midrange.
Pulsed green light improves the organism tonus, has stabilizing effects on gastrointestinal function, metabolism and the central nervous system, and relieves stress. Importantly, it has an anti-tumor effect. Simultaneous (synergistic) and complementary action of these factors determines the unique efficiency of Quantum therapy as a medical and energy-harmonizing preventive intervention.
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