Unlike standard magnet shapes, like rectangles, squares, discs, and cylinders, a pyramid magnet’s magnetic field is more focused and enhanced. This focused field gives more precise and repeatable results for such areas as biological testing and will be a constant parameter during research and data collection.
Cone-shaped magnets have one large face often described as the base, and one small face often described as the tip, and are generally magnetized with their north and south poles on these faces. The tapered, conical shape produces a concentrated and more intense magnetic field on the tip compared to the base.
Uniform Field at the Base, While the tip of a pyramid magnet produces a more focused field, the base has a more uniform field in the center area. This uniform field has less magnetic strength but provides a larger area of uniformity than the tip.
The basic principle for all working motors is magnetic attraction and repulsion. Since a magnet no longer moves once it has attracted, a motor needs some way to manipulate the magnetic fields so that the magnets attract and repel continuously.
Whenever magnets are placed near to each other for magnetic propulsion the magnetic force of attraction and repulsion gets neutralized in a perpetual magnetic motor as all the symmetrical magnets have 50% North and 50% South Poles in each magnet.
The unbalanced magnets whose magnetic field is stronger on one side and weaker on another side of a magnet which is like 80% North and 20% South.
When we place the series of unbalanced magnets in a compact machine then each individual unbalanced magnets combinedly form a large unbalanced magnetic propulsion.
When placed unbalanced magnetic propulsion drives the flywheel to rotate at a high speed so that the magnetic force is transformed into mechanical power and stored, and when necessary, flywheels drive generators to generate power.