SOTA's Light Therapy Unit

[Guest guest]

I am designing an LED Light Therapy unit.

After much research, I have decided to pulse the LEDs to the Nogier

frequencies. I will use Red (660nm), Green (525nm), Blue (470nm), and

Infra-Red (880nm) very high intensity (3,000 mcd) LEDs.

The first model will have 60 RED LEDs on on side of the paddle and 52

Infra-RED LEDs on the opposite side. The unit will be fully micro-

processor controlled and will have quartz crystal timebase for high

accuracy frequency generation.

The prototype unit is built already and I am testing it out

presently. The RED LEDs are " extremely " bright! The unit is fantastic

and functions perfectly. Very impressed.

I have programmed in these following Nogier Frequencies as well as a

continuous (non-pulsed) output.

Tissue Resonance Frequencies:

The following list of uses of Nogier's frequencies contains

information pooled by veterinary acupuncturists. Terminology is aimed

at veterinarians. A simplified list follows for lay people.

Frequency F (73 Hz): For use when cellular activity is hypoactive,

such as chronic recurring problems, nonunion fractures and chronic

splints and for stimulation of osteoid (bone growth). It is also

helpful in activating humoral and endocrine functions (hormone

problems). Field work has shown setting F helpful in stimulating

(tonifying) acupuncture and trigger points and increasing circulation

in areas being treated, such as wounds when past the acute stage.

Frequency G (146 Hz): For areas of yellow scar tissue that are

generally formed internally on tendons, ligaments and sub-acute

(lingering but not chronic) conditions. Field use has shown setting G

to be helpful in reducing inflammation associated with injuries and

infections. This is often called a " universal frequency " because most

problems involve inflammation.

Frequency A (292) Hz: For tissue of ectodermal origin, such as body

openings, skin and nerve. Field applications include wounds, eye

injuries and following surgery. Setting A tends to tone up tissue

while minimizing the chance of hemorrhaging in fresh wounds or recent

surgical sites. It is also good for the treatment of acupuncture and

trigger points, corneal ulcers and ulcerated mucous membranes. This

is called a " universal frequency " in acupuncture.

Frequency B (584 Hz): For circulatory and lymphatic stimulation and

treatment of tissue of endodermal origin such as GI tract, liver,

pancreas. In field applications setting B has been used in

conjunction with C and G for tendon, ligament, joint and other

injuries where reaching secondary levels of tissue is needed.

Frequency C (1168 Hz): For tissue of mesodermal origin, such as bone,

joints, ligament, viscera and tendon. Field experience has shown

setting C to be especially good for tendon and ligament injuries when

used with B and G. It also helps in relaxing large muscle groups.

Frequency D (2336 Hz): For chronic conditions not responsive to

setting A or C. Field experience shows setting D to be a good

supplement to A when healing processes appear to reach a plateau.

Frequency E (4672 Hz): For pain control, primarily when C nerve

fibers are transmitting to dorsal root ganglia and when involvement

of neurotransmitters is of physiological importance. Field experience

shows E to help suppress pain and to sedate acupuncture and trigger

points and other nervous tissue. Setting E also aids in diminishing

excess calcification associated with chips, spurs and arthritic

conditions.

> New " Light Therapy " unit? Can you say more now Russ?

[Guest guest]

when you power up the ir led's, can you visually see the led's glow

or whatever??? i have a 36 light ir illuminator (940 nm), and can't

see anything.

thanks, jim

> I am designing an LED Light Therapy unit.

>

> After much research, I have decided to pulse the LEDs to the Nogier

> frequencies. I will use Red (660nm), Green (525nm), Blue (470nm),

and

> Infra-Red (880nm) very high intensity (3,000 mcd) LEDs.

>

> The first model will have 60 RED LEDs on on side of the paddle and

52

> Infra-RED LEDs on the opposite side. The unit will be fully micro-

> processor controlled and will have quartz crystal timebase for high

> accuracy frequency generation.

>

> The prototype unit is built already and I am testing it out

> presently. The RED LEDs are " extremely " bright! The unit is

fantastic

> and functions perfectly. Very impressed.

[Guest guest]

I have a 880 IR illuminator and you can see a very dull glow with all teh

lights out.

So I bet the 940 is invisible.

An easy way to see IR illuminators in if you have a digital camera with a

viewing screen in the back you can turn it on and use it to view the leds to

see if they are running. Digital cameuras can pick IR and they show it on

teh screen.

V

Re: SOTA's Light Therapy Unit

> when you power up the ir led's, can you visually see the led's glow

> or whatever??? i have a 36 light ir illuminator (940 nm), and can't

> see anything.

>

> thanks, jim

[Guest guest]

Infra-Red light is invisible. However, I put visible Red LEDs in

series with the stack of IR LEDs so I know current must be flowing

through the IR LEDs if the Red LEDs are illuminating. To double-

check, most digital cameras are sensitive to IR light. I took a photo

of the IR emitter array with my CCD camera and voila, I could see

that the IR LEDs where indeed illuminating.

Russ

> > I am designing an LED Light Therapy unit.

> >

> > After much research, I have decided to pulse the LEDs to the

Nogier

> > frequencies. I will use Red (660nm), Green (525nm), Blue (470nm),

> and

> > Infra-Red (880nm) very high intensity (3,000 mcd) LEDs.

> >

> > The first model will have 60 RED LEDs on on side of the paddle

and

> 52

> > Infra-RED LEDs on the opposite side. The unit will be fully micro-

> > processor controlled and will have quartz crystal timebase for

high

> > accuracy frequency generation.

> >

> > The prototype unit is built already and I am testing it out

> > presently. The RED LEDs are " extremely " bright! The unit is

> fantastic

> > and functions perfectly. Very impressed.