Some PEMF companies leave the peak Gauss value off the product page because one value on its own misleads. The reasoning is sound, but a blank spec sheet leaves a buyer with nothing to compare. Here are four values to publish beside a peak.

Once we have tested your device and accessory, the interactive 3D view of its measured field can sit on your own product page. Paste one line of code from your customer portal, choose who each product is shown on and which views visitors get, and preview it before you save.

PEMF spec sheets have started publishing a slew rate, usually in tesla per second. Here are the four facts that have to sit beside it before you can compare two devices.

One line of readings can't tell you if a PEMF accessory is stronger on one side. Here's how we scan four lines out from the center, and the five values that scan produces.

Three PEMF certifications went on the public Gauss Labs registry in August. Here is what went up, why one device and two accessories produced three separate listings, and how to check a certification badge yourself in about a minute.

Two PEMF discs can look identical on the outside and still put their strongest field in completely different places. Our 3D field viewer is now open to anyone, with a page for each of the four common coil types built from a real measured scan.

New in the 3D viewer: slice the measured field open with a movable cross-section, scrub the pulse to any moment, and set a full-scale person on the mat to see depth and coverage.

Every example report now includes an interactive 3D viewer of the measured field: a field dome for reach, a new topographic map for strength, and the device's real pulse.

A PEMF field does not stop at one line. It fades from the center, and two boundaries, the strong core and the usable edge, describe what you actually get.

June's newly certified PEMF products: the CELLER8 device and two accessories, each active and verifiable on our public registry.