Invel Institute of Technology and Research
The science of far infrared, applied to human health.
A non-profit research institute studying cellular biostimulation through Bioceramic MIG3®, with universities and clinical centers in Brazil and Japan.
Research focus
From bioceramic fiber to measurable biology.
Invel® technology embeds Bioceramic MIG3® into fabric. In contact with body heat, the fiber emits far infrared. IITP® exists to study — under scientific and clinical method — what that does in the human body, and to publish the evidence.
Cellular biostimulation
How far infrared from MIG3® influences microcirculation and nitric-oxide-mediated response at the tissue level.
Read more →Clinical application
Randomized, placebo-controlled trials on therapeutic garments — pain, recovery, fatigue and sleep.
Read more →Technology & innovation
Development and validation of biomaterials, with training of researchers and dissemination of knowledge.
Read more →Method
How the research advances.
Every claim on this site comes from the same disciplined path — from question to published evidence.
Question
A clinical or mechanistic question about far infrared and MIG3®.
Partnership
Protocol designed with universities and research centers (USP, UNIFESP…).
Controlled trial
Randomized, placebo-controlled study with real patients and objective measures.
Evidence
Results published as scientific banners — and, for products, ANVISA registration.
Library
Featured research.
Microcirculation & nitric oxideFabric with MIG3® Bioceramics and production of the gasotransmitter nitric oxide (NO)
Pain & musculoskeletalInvel® Actiive Glove — efficacy and safety in myofascial wrist pain
Pain & musculoskeletalInvel® Actiive Shirt — efficacy and safety in chronic low back pain
Respect, ethics and a permanent sense of investigation are the values that guide the Institute — so that the benefit to others always outweighs any personal interest.