Technology Transfer Area
The following links will allow you to download all the information required to manufacture PrimerCubes. These files and the rights to use our patents covering this technology for medical or health devices are provided by the PrimerField Foundation free of charge. All links will open in a new window. We encourage anyone interested in this technology to download these files so that this technology cannot be suppressed by those who are more concerned with profits than people.
If you wish to test PrimerCube technology for yourself as quickly as possible, you may consider purchasing a PrimerCube from www.primercube.eu. Click here for more information.
Google Drive Files
If you have a Google or Gmail account you can download the following files from Google Drive. Google accounts are free and sign up is easy.
If you do not have a Google account you can sign up here: https://accounts.google.com/signup
Download all of our files available to the public on Google Drive with the link below
You can also go directly to the individual folders contained in the large folder above by clicking on links below.
PrimerCube Manufacturing Guide A step by step guide to manufacturing PrimerCubes
CAD Files Complete CAD files for the PrimerCube in Autodesk Inventor format. Prepared with Pack and Go (Large Folder 59 MB) Open file PrimerCube 2019.iam once you have downloaded all files in this folder to see complete assembly.
AYAA Battery Pack Specifications for ordering the battery pack components from AYAA Tech
Electronic Components Details and Invoices for the Electronic components used on the PrimerCube
Miscellaneous Supplies Details on Loctite products we recommend for manufacturing the PrimerCube
Barmeter Display Images and specifications of the barmeter display used on the PrimerCube.
Icomold Step Files This folder contains the step files sent to IcoMold to produce the injection molds for 15 different parts on the PrimerCube
PrimerCube field data Results from testing the field emitted by the PrimerCube with four different field measurement instruments.
Bowl Patent This contains a copy of the US patent covering the magnetic bowl shaped array used in the PrimerCube
Magnet Specifications Details on the magnets used in the PrimerCube and where we obtained the magnets we used.
Cables and Connnectors Details of the cables and connectors used in the PrimerCube
Maxon Motors Specifications for the Maxon motor and Maxon Controller used in the PrimerCube.
Printed Circuit Boards Contains the files required for the three custom printed circuit boards used on the PrimerCube
CNC Parts Contains the files needed to produce the CNC machined parts on the PrimerCube
McMaster Carr This folder contains the McMaster Carr part numbers for the small parts used on the PrimerCube.
Files for Rapid Prototyping of Magnetic Bowl Array Only
Magnetic Bowl Array This folder contains a variety of files types to allow you to produce our part # PC 110 which is the bowl-shaped magnetic array used in the PrimerCube with Rapid Prototyping machines or through a Rapid Prototyping Service. The best file type to use for rapid prototyping is normally .stl. Here is a direct link to our file
These files can be sent to a Rapid Prototyping service to get an exact duplicate of the bowl-shaped array used in the PrimerCube.
***IMPORTANT**
The stl files should be scaled according to the dimensions shown in the PDF file. Please specify this to the rapid prototyping service or set your 3d printer accordingly. Once the magnets have been inserted according to the directions provided in the PrimerCube Manufacturing Guide, you will have a working array that is useful for pain relief in many situations. Although this array works for many pain issues even when not spinning, it is far more effective for pain and other ailments when spun at a speed of 3350 RPM as described in the PrimerCube Manufacturing Guide.
You can find a free viewer for all our CAD files at Autodesk through this link.
Or you can search online to find a free CAD file viewer that better fits your needs.
Also provided is the CNC code we used to drill the holes for the magnets in the pre-machined delrin bowls with our five axis mill. Machined delrin is desirable for spinning arrays, but rapid prototyping methods will work just fine for static (non-spinning) arrays.
Alternate Download through Tresorit
If you do not wish to use Google Drive to download the files above we have also provided the files for download through Tresorit. These files are exactly the same files in our Google Drive above so there is no need to download the files from both Tresorit and Google.
Large Folder (203 MB) with all information needed to manufacture PrimerCubes Tresorit Download
Files to Produce Magnetic Array Bowls used in PrimerField Videos
******IMPORTANT*******
These magnetic arrays have NOT been tested for health purposes, although they may be of benefit when used properly.
It is important that the magnets used for these arrays are magnetized through the thickness as shown here.
SN Bowl v1
SN Bowl v1.stl This file can be used with a rapid prototyping machine to produce the bowl shown above. Specify inch format for correct sizing when using a rapid prototyping machine.
SN Bowl v1.PDF Drawing with Dimensions for the SN Bowl
SN Bowl.ipt This is the AutoDesk Inventor file for the Bowl shown above
This design uses magnets that are 1/4” diameter by 1/4” long, that are magnetized through the thickness. All the magnets should be inserted with same magnetic orientation in each bowl. To duplicate the PrimerField experiments, one bowl should have all the magnets with the north magnetic pole facing inwards and the other bowl with the south magnetic pole facing inwards. This would give you one north polarity bowl and one south polarity bowl. Obviously these bowls are not a monopole.
Bowl v4
Bowl v4.stl This file can be used to produce the bowl shown above with a rapid prototyping machine. Specify inch format for correct sizing when using a rapid prototyping machine.
Bowl v4.pdf Dimensional drawing for part
Bowl v4.ipt This is the AutoDesk Inventor file for the bowl v4 shown above.
This design uses magnets that are 1/4” diameter by 1/4” long, that are magnetized through the thickness. All the magnets should be inserted with same magnetic orientation in each bowl. To duplicate the PrimerField experiments, one bowl should have all the magnets with the north magnetic pole facing inwards and the other bowl with the south magnetic pole facing inwards. This would give you one north polarity bowl and one south polarity bowl. Obviously these bowls are not a monopole.