by Chris Cane | Aug 18, 2018 | Author's Postings, Curatron, Curatron FLASH, PEMF, PEMF-School, Technical Information
Frequency Adaptation Frequency Adaptation is a problem with many PEMF systems. The Curatron 2000 family avoids this problem. So perhaps you’re wondering what frequency adaptation is? Simply put, our cells adapt to a particular frequency and then begin to...
by Chris Cane | Feb 19, 2018 | Author's Postings, Curatron, PEMF, PEMF-School, Technical Information
Sine waves are the basis of life. Sine waves are everywhere. It may sound complicated but it’s only really complicated for the circuit or system designer. Understanding how and why it works does need some explanation however if you will bear with me,...
by Chris Cane | Sep 18, 2017 | Author's Postings, Curatron, Curatron FLASH, PEMF-School
What’s the difference between “Permanent” or “Static” magnets and Pulsed Electromagnets? Permanent magnets are those horseshoe or bar magnets that you may have seen in a physics class back in high school. They can be all shapes and sizes...
by Chris Cane | Sep 11, 2017 | Author's Postings, Medical Articles, PEMF-School, Technical Information
Is your personality magnetic? We all know that some metal objects are attracted to magnets. What makes iron things attractive and aluminum or copper unattractive to magnets? Are these materials affected in any way to magnets? In fact, although copper and aluminum are...
by Chris Cane | Sep 5, 2017 | Author's Postings, Curatron, Medical Articles, PEMF, PEMF-School
Set Realistic Expectations My mother used to say “Time wounds all heels!” Sometimes healing takes a long, long time. With PEMF, healing normally happens more quickly but, the answer to the question is dependent on what health condition is being treated and...
by Chris Cane | Aug 28, 2017 | Author's Postings, PEMF, PEMF-School, Technical Information
Is your personality magnetic? We all know that some metal objects are attracted to magnets. What makes iron things attractive and aluminum or copper unattractive to magnets? Are these materials affected in any way to magnets? In fact, although copper and aluminum are...