You're comparing two devices. One lists 20,000 Gauss, the other lists 800, and the first looks twenty-five times stronger. It might be. It might also be weaker. Until you know what each maker measured, the two values can't be compared at all. This month we read the public product and testing pages of PEMF makers across the industry, from high-intensity coils to low-intensity mats, and logged how each one states its field strength. There is no shared convention. Most publish a single Gauss figure without saying how it was measured. A few publish a time-averaged value. At least one publishes…

When your buyer reads the peak Gauss value on your spec sheet, they imagine that's for the entire surface of the accessory. They don't know that it's measured at one point, at one setting, directly on the accessory surface. Additional measurements let you show more of the accessory's characteristics in your documentation. A side-by-side diagram titled 'Peak Gauss alone doesn't provide the clarity needed to make an educated purchase.' On the left, under the heading 'On the spec sheet,' a gold block displays '7,000 G' as the Peak Gauss reading, called out as the highest reading at one point on…