The Importance of Optimal Microcirculation for Health
Nils Kämpe — Wellness Entrepreneur, Longevity Advocate, Founder @ BEMER Finland & BEMER Nordic
Nils Kämpe has gained extensive experience in international ITC business in companies like IBM and Nokia. He then turned become an entrepreneur in high tech health industry promoting the importance of microcirculation for your health. Built up a successful importation distribution business of BEMER Physical Vascular Therapy devices in the Nordic countries. He passionate about utilizing technology to boost health and wellbeing.
Nils Kämpe explores the critical role of optimal microcirculation
Health starts very small; it starts in your microcirculation. By improving this system, you provide the oxygen and nutrition your cells need to create energy and remove waste, allowing your body to function as it was meant to do.
Summary
- Chronic diseases like diabetes and cardiovascular issues are rising globally and are often directly linked to impaired microcirculation within the body's smallest blood vessels.
- Microcirculation accounts for 74% of the vascular system and is critical for survival by delivering oxygen and nutrients to cells while removing metabolic waste products.
- Because the heart cannot pump blood through 100,000 km of vessels alone, the body relies on vasomotion, an autonomous rhythmic contraction of vessels, to maintain proper blood flow.
- BEMER technology uses electrical signals to stimulate vasomotion, which can increase microcirculation and oxygen utilization by 30% to support the body’s natural regulatory mechanisms.
- Physical vascular therapy is a certified medical treatment intended for home use to aid in disease prevention, sports recovery, and the management of chronic health conditions.
Article
The Importance Of Optimal Microcirculation For Health
A Quiet System At The Center Of Modern Illness
At Biohacker Summit 2017 Helsinki, held in Helsinki, Finland, on 13 and 14 October 2017, Nils Kämpe stood before an audience primed for upgrades, interventions and quantified gains, and directed their attention to something far smaller and far more fundamental: the body’s microcirculation.
His presentation, *The Importance Of Optimal Microcirculation For Health*, made a forceful case that many of the chronic conditions now defining global healthcare, from diabetes to cardiovascular disease, may begin not with dramatic organ failure, but with subtle dysfunction in the smallest blood vessels of the body.
Kämpe, whose background spans international ITC business at IBM and Nokia before a turn into the high tech health industry, spoke with the conviction of both entrepreneur and evangelist. Having built a distribution business for BEMER Physical Vascular Therapy devices in the Nordic countries, he argued that the future of prevention and recovery may depend on how well modern medicine learns to support this hidden vascular web.
The 100,000-Kilometer Network Most People Never Think About
“Microcirculation makes up seventy-four percent of your entire blood circulation system,” Kämpe told the audience. “If you laid those vessels end to end, they would stretch for one hundred thousand kilometers.”
It was the kind of statistic that instantly reset the scale of the discussion. The public imagination tends to focus on the heart, the major arteries, the visible crisis of blocked flow. Kämpe asked listeners to think instead about the capillary-rich terrain where life is sustained cell by cell.
Microcirculation, he explained, is where oxygen is delivered, nutrients are transferred and metabolic waste is removed. It is the exchange layer of human survival, a microscopic infrastructure spread through organs, tissues, bones and skin alike. If this system falters, the consequences may remain invisible for years, even as the body’s functions begin to degrade.
That delayed visibility, he suggested, is part of the danger. Impaired microcirculation cannot be felt directly. Symptoms may take 10 to 15 years to emerge. By then, disease is often no longer theoretical.
Why The Heart Cannot Do The Job Alone
One of Kämpe’s most striking arguments concerned the limits of the body’s most celebrated organ.
“The heart is an amazing muscle,” he said, “but it cannot pump blood through one hundred thousand kilometers of vessels alone. It needs vasomotion to help get the circulation to the right places.”
Vasomotion, as he described it, is the autonomous rhythmic contraction and expansion of small blood vessels, a self-regulating movement that helps distribute blood flow through the furthest reaches of the vascular system. In healthy individuals, he said, this motion may occur around three times a minute. In people with conditions such as diabetes, that frequency can collapse to as little as once every 10 minutes.
The implication was stark. Chronic disease, aging, stress, inactivity and poor sleep do not simply affect mood or energy. They may interfere with the body’s capacity to move blood at the microscopic level, starving tissues of oxygen and slowing the removal of waste.
The Global Crisis Beneath The Headlines
Kämpe framed the science within a broader public health emergency. Diabetes, obesity, back pain and cardiovascular disease are now common fixtures of front pages and policy debates, not only because they are widespread, but because they are financially crushing.
He cited figures suggesting that in Germany, Austria and Switzerland, four conditions alone, cardiovascular disease, obesity, diabetes and back pain, account for 60% of healthcare costs. He also pointed to the rapid growth of diabetes in developing regions, particularly South Asia, Africa and the Middle East, where prevalence rates were projected to surge over a generation.
The message was clear: these are not isolated medical events but structural crises. If impaired microcirculation is indeed a common denominator, then the medical establishment may be overlooking one of the deepest layers of the problem.
A Bioelectronic Answer To A Biological Decline
The technological answer offered by Kämpe was BEMER physical vascular therapy, a system that uses patented electrical signals to stimulate vasomotion and improve microcirculatory flow.
“We are pioneering electroceuticals, using electrical signals to improve body functions,” he said. “Unlike pharmaceuticals, electroceuticals have no side effects and can be used regularly to support your health.”
The term electroceuticals carried rhetorical weight at a gathering like Biohacker Summit. It suggested a category beyond drugs, one rooted in signal modulation rather than chemical intervention. Kämpe presented BEMER as a therapy designed not to override the body, but to restore a function it had lost or weakened over time.
According to his account, the treatment could improve perfusion, support venous backflow and increase oxygen utilization by 30%. He described it as an FDA-registered medical device and a certified physical vascular therapy intended for home use, with sessions lasting eight minutes and effects extending for 12 to 14 hours.
For Kämpe, that routine was central. Twice daily use, morning and evening, was not marketed as an occasional enhancement but as a personal health discipline.
Home Care As The Real Battlefield
This was where the talk became more than a pitch for a device. It turned into a critique of how modern healthcare imagines responsibility.
“For chronic illnesses, ninety percent of the therapeutic success is dependent on home care, while only ten percent is provided by the doctor,” Kämpe said. “This makes personal health routines more important than ever.”
It was a claim likely to resonate with the summit audience, many of whom had come in search of tools that shift control from clinics to individuals. Yet it also reflected a broader truth about chronic disease management: medicine may excel in acute intervention, but long term conditions are largely shaped by what happens between appointments.
Kämpe’s argument was that home-based vascular therapy belongs in that gap, alongside sleep, movement, nutrition and stress management. In that framing, microcirculation is not merely a medical topic but a daily practice.
From Prevention To Recovery
Kämpe positioned the therapy as broadly applicable. For healthy people, he said, it could serve prevention. For athletes, it could support faster recovery. For patients undergoing surgery or managing chronic conditions, it could help improve circulation and tissue repair.
“Stimulating the microcirculation creates a positive circle of health where the body's regulatory mechanisms work properly, energy distribution improves, and cells can finally function as they should,” he said.
He spoke, too, of institutional interest. NASA, he noted, was exploring whether BEMER technology and software might be integrated into future spacesuits, a detail that lent the therapy both futurist appeal and scientific cachet.
Whether one heard in that claim a glimpse of emerging medicine or the polished edge of commercial optimism depended, perhaps, on one’s appetite for technological promises. But Kämpe’s larger thesis remained compelling regardless: the body’s most neglected systems are often its most essential.
The Invisible Circulation That Shapes Everything Else
What lingered from *The Importance Of Optimal Microcirculation For Health* was not just the branding of a device or the allure of electroceuticals. It was the reminder that health does not begin at the moment of diagnosis. It begins, and sometimes deteriorates, at scales too small to notice.
In Helsinki, Nils Kämpe invited Biohacker Summit 2017 to look beneath the obvious drama of disease and toward the silent choreography of blood, oxygen and cellular exchange. If he was right, then the future of prevention may depend less on heroic medicine than on restoring the body’s oldest rhythms.
And in an age of chronic illness, that was a radical proposition: that the route to better health may run through the smallest vessels of all.
Part of Biohacker Summit 2017 Helsinki