Herzratenvariabilitätsmessung Dunkelfeldmikroskopie Feinstaubmessung Wärmebildaufnahme
Future made in Austria
Research. Because transparency is important.
Heart rate variability measurement
We measure the communication between the brain and the body via the autonomic nervous system. The heart rate variability measurement reveals the activity of the sympathetic and parasympathetic nerves at the cardiac sinus node.
Dark field microscopy
In the dark field analysis, the blood count is made visible. The goal is to have as many individual and dissolved red blood cells as possible. The more freely the red blood cells move, the more oxygen, nutrients and pollutants the system can transport or remove.
repose odem
Heart rate variability measurement (HRV)
Heart rate variability measurement (HRV)
The guardian odem improves the regenerative capacity of the parasympathetic nervous system and increases the ability to process stimuli.
Regenerative ability of the nervous system
Regenerative ability of the nervous system
A higher value means an improved ability to regenerate.
Stimulus processing ability of the nervous system (total power)
Stimulus processing ability of the nervous system (total power)
A higher value means an improved stimulus processing ability.
Dark field microscopy
Dark field microscopy
with repose odem
without repose odem
ease odem
Heart rate variability measurement (HRV)
Heart rate variability measurement (HRV)
The ease odem increases the activity of the sympathetic nervous system and increases the ability to process stimuli.
Sympathetic nervous system activity
Sympathetic nervous system activity
A higher value means more sympathetic nervous system activity.
Stimulus processing ability of the nervous system (total power)
Stimulus processing ability of the nervous system (total power)
A higher value means an improved stimulus processing ability.
Dark field microscopy
Dark field microscopy
with ease odem
without ease or
guardian odem
Thermal imaging
Thermal imaging
with guardian odem
without guardian odem
before phone call
with guardian odem
without guardian odem
before phone call
Heart rate variability measurement (HRV)
Heart rate variability measurement (HRV)
The guardian odem improves the regulatory ability of the parasympathetic nervous system and increases the ability to process stimuli.
Regulatory ability of the parasympathetic nervous system (HF)
Regulatory ability of the parasympathetic nervous system (HF)
A higher value means an improved ability to regulate.
Stimulus processing ability of the nervous system (total power)
Stimulus processing ability of the nervous system (total power)
A higher value means an improved stimulus processing ability.
ambit odem & area odem
Heart rate variability measurement (HRV)
Heart rate variability measurement (HRV)
The ambit odem and the area odem improve the ability of the parasympathetic nervous system to regulate and increase its ability to process stimuli.
Regulatory ability of the parasympathetic nervous system (HF)
Regulatory ability of the parasympathetic nervous system (HF)
A higher value means an improved ability to regulate.
Stimulus processing ability of the nervous system (total power)
Stimulus processing ability of the nervous system (total power)
A higher value means an improved stimulus processing ability.
Particulate matter measurement
The fine dust is almost invisible and is also known as particulate matter. In indoor spaces, the fine dust concentration can be increased significantly by emission sources such as office equipment, chemical cleaning agents, vacuum cleaning, movement. As a rule, there is a higher concentration indoors than in the outside air, since higher dilution effects work in the outside air. It has been proven that inhaling fine dust has a negative effect on human health. Decisive for whether and how the fine dust affects
depends on the particle size.
The effect of the ambit odem pro reduces the fine dust concentration in the air by 28.5%, measured on a fine dust particle size of 2.5 micrometers. This reduction is significant and was measured under comparable conditions. This fine dust particle size can get into the lungs due to its small size and has been classified as a health risk by the WHO. It is considered to be a carrier of contagious bacteria, viruses and fungi.
Dark field microscopy
Dark field microscopy
with ambit odem | with area odem
