@Bob i just got my new coils and the reinforced 2x2 that Mona helped restore and reinforce for me. I’ve been without coils for about 2 months as each set i had were wearing out and breaking down.
going forward, I’ve been thinking about how to protect my coils while maintaining the flexibility of using them stacked or individually and i am now experimenting with encasing a segment of the coils and the coils themselves in a stiff case. originally, i had planned to sandwich each coil (or stacked) between two 2x3" 0.5"thick acrylic tiles to minimize the wear and tear on the coils and wire at insertion point, but that didn’t address the tug and stress of the wire and coil from daily sleeping on them. i needed to encase them in a thin box or case… essentially, i needed to create a mini mat.
so i had an old handheld gaming carrying case firm, soft shell that i can fit a 2x2 or pair of coils in and stick them to the inside shell of the case. i basically added 1/8” of composite material between the coils and my body (the shell of the gaming case). this should minimize the tugging stress my body puts on the coils as i sleep on them each night.
question: If you were to design a pemf mat for your customers to use, would you also boost the power of your pemf to compensate for the added layer of padding from your mat?
for what I’m describing above of adding this extra layer between the coils and my body … does that 1/8 or even 1/4"layer of material require a power increase to have the same effectiveness as using the coils directly on my body? or would you say that added layer wouldn’t make that much of a difference to work about needing to go from M to H for effectiveness? sorry if my question is a bit clumsy. as a stacked coil set, I’m not changing the power level, assuming penetration should be sufficient. i have no clue, and wondered what you would do.
thanks again for restoring my a9s!