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...
by Chris Cane | Aug 26, 2017 | Author's Postings, Curatron, Medical Articles, PEMF-School, Technical Information
Intensity generated by PEMF devices is perhaps the most crucial requirement to obtain adequate results. The strength of a magnetic field is generally defined in T (Tesla) or G (Gauss) Gauss [symbol G] named after Carl Friedrich Gauss Tesla [symbol T] named after the...
by Chris Cane | Jun 8, 2017 | Author's Postings, Curatron, PEMF, PEMF-School, Technical Information
Manufacturer Intensity Curatron 2000 HT 7 mT or 7000 μT Curatron 2000 XP (Mattress) 10 mT or 10,000 μT Curatron 2000 XPSE (Mattress) 15 mT or 15,000 μT Curatron 2000 PC 15 mT or 15,000 μT Curatron 2000 3D (Ultra Power) 50 mT or 500 Gauss or 50,000 μT Bemer 3000 <...
