•  4MHz Plasma Beam Tube  -  BT-HFPCM2 High Frequency-1Hz to 4MHz     ****Cost: $2,995.00

       Requires the BCX Ultra Deluxe to operate.

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  Beam Tube Generates Plasma discharge and minor Electric Field Operating frequency:1Hz to 4 MHz Wave Form: (square, sine, etc.) Variable Intensity Power:125 microjoules/pulse   (96 watts @ 4.00 MHz)

•  This is OUR MOST powerful out put to date.

•  Tube Type: Phanatron Tube

 

Purchase in package combined with BCX ULTRA $5595.00

 

***Additional Hardware: Complete handheld

accessories kit: $400 (includes ray tubes, metal cylinders, metal foot plates all wires & gel pads)

 

•  We suggest buying the complete package BCX

• Ultra+ Beam tube with all accessories for $5595.00 ​​

HOW  FAR CAN A BEAM TUBE REALLY BE EFFECTIVE?

The output intensity for ANY spherical radiating device is specified by what is referred to as the Inverse-Square Law Intensity = Power / (4 x PI x Radius^2) THIS IS TRUE FOR ALL BEAM TUBES NO MATTER HOW MUCH POWER THEY MAY HAVE

Example:  Power at 1 ft = X

Power at 2 ft = X/4

Power at 3 ft = X/9

Power at 4 ft = X/16

Power at 5 ft = X/25

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In other words, you have 1% of the power at 10 feet away that you have from 1 foot away.

Even at 1,000 ft and more there is still some power, although very small. Without knowing what the desired power level is, you can't specify an Output Range. If you are interested in maximum power, you want the shortest distance possible. Period. This is a law of Physics and is the SAME FOR ALL BEAM TUBES on the market.

STANDARD LED WAND - Cost $110.00 Each Color+

ship US $15 UPS     38 Canada   $ 58INT

• Wavelength for colored LED’s ranges from long (infrared), to short (ultraviolet). White is a mixture of colors centered around a middle (color temperature).

• Luminous Intensity is the most accurate indicator of LIGHT INTENSITY.

• Beam width and Focal plane define the distance from the light source where the light is most even.

• Luminous flux takes into account the area over which the light at a given intensity is spread, and is the best representation of the QUANTITY OF LIGHT emitted.

• Power in watts is a poor representation of the light output. It actually only shows the electrical consumption of the device.