DougPlus

Custom DougPlus System

Self contained power supply including amplifier, meter and random frequency generator, and with dual active plates (as shown in picture).

$3200

The DougPlus machine is based on Doug MacLean’s pioneering work in Lyme spirochete research using a dark field microscope. Doug was able to identify specific frequencies that resulted in spirochete destruction.

Our research has shown it is possible to introduce frequencies using capacitor coupling instead of a coil with inductive coupling. The major improvement is that the elaborate tuning method needed for each frequency is eliminated.  It is also possible to create a much larger field using large capacitor plates to couple the energy through the body.

The DougPlus sends multiple frequencies simultaneously. While this can be done with a sweeping signal generator, we have found that a MWO (multiple wave oscillator) or Random Frequency Generator is more effective and that is what our system uses.

The DougPlus eliminates the operator having to select a frequency manually, refer to the lookup table to determine the proper resonating capacitor settings for each frequency, and set the current level.

With the DougPlus, you simply:

  1. turn on the system
  2. set the power level
  3. sit between the plates.

...everything else is automatic.

Another significant advantage to the DougPlus is that it can be run indefinitely without overheating, unlike the Doug machine where the coil and/or amplifier overheat within about five minutes.

The DougPlus frequency range of 100 – 5,000 Hz, covers the Doug frequencies of 300-600 Hz, and the Rife-Crane frequencies of 100-2500 Hz. Our research showed there were no perceptible effects at frequencies over 2500 Hz, even though we tested as high as 15,000 Hz.  More information.

Please note that this an experimental device and no claims are made for the device.

If the device does not meet expectations, we offer a 30 day money back guarantee if returned in good condition.  The buyer pays the shipping both ways.  

Please contact us if you would like more information.

Also see: Dark Field Microscope Research