Frequently asked questions and answers
We are so convinced of our quality that we give our customers a lifetime guarantee on the "heart" of the cabin, the infrared heating elements. Here, too, we prove our uniqueness. Safe is safe. Physiotherm is simply long-lasting brand quality made in Tyrol.
To ensure that the Physiotherm infrared cabin stands level, make sure that the surface is firm, horizontal and even. Any unevenness of the base must be leveled out.
Electrical connection:
The socket outlet must be fused with max. 16A. A 12A fuse is sufficient for models with max. 2 user stations. The use of a residual current circuit breaker is recommended.
The location of the infrared cabin must be protected from splashing water.
The air humidity should correspond to that in normal living spaces. If this is not possible, an appropriate humidity balance must be created - e.g. by ventilating the room. The maximum relative humidity should not exceed 95 % (non-condensing).
The optimum ambient temperature for your Physiotherm infrared cabin corresponds to the usual living room temperature (20 °C and above).
If the ambient temperature is lower than the room temperature (between 15 and 20 °C), it is recommended to preheat the Physiotherm infrared cabin. The duration of this depends on the room temperature in the room where the cabin is installed.
If the ambient temperature is below 15 °C, please contact your Physiotherm consultant or our customer service before starting installation.
When assembled, the Physiotherm infrared cabin must not be subjected to mechanical stress from the outside (e.g. by high-pressure cleaners).
The installation location should be selected so that the control element on the back remains accessible at all times (e.g. also by moving the Physiotherm infrared cabin). If these points are not taken into account, this can have a negative impact on the function, longevity and appearance of your Physiotherm infrared cabin!
Physiotherm low-temperature infrared cabins are connected to an ordinary household socket (230 V) and consume very little electricity (less than an iron).
Examples of electricity consumption for an application of 45 minutes - at an electricity price of 15 cents/kWh or 22 cents/kWh.
1-person cabin: approx. 1,400 watts - 1.050 kWh - € 0.16 per session
(or 0.23)
2-person cabin: approx. 1,500 watts - 1.125 kWh - € 0.17 cents per session
(or 0.25)
Comparison of electric saunas: Here, high voltage current is required (= 380 V, own connection) and the power consumption is considerably higher and in addition, the time for preheating the sauna must be taken into account here
.
Sauna: 8,000 watts - 45 minutes
Sauna session - € 0.90
Please consult your doctor before using the cabin if you are pregnant, ill (e.g. sensory disorders, including after skin treatments, paralysis, epilepsy, high blood pressure, scars in the back area, implants with external access) or taking medication, especially medication that can impair the sensation of heat.
Please do not use if you have a fever, acute infections and inflammations, fresh injuries, thromboses, are under the influence of alcohol or drugs and after sunbathing or a visit to the solarium.
Physiotherm has not carried out its own investigations into possible changes in breast milk as a result of using the cabin. However, infrared radiation is not expected to directly affect breast milk in any way, as the infrared radiation cannot penetrate the glandular tissue.
The increased blood flow can stimulate milk production. In any case, the increased fluid and mineral requirements due to milk production and additional fluid and mineral loss due to sweating must be taken into account. Particularly during the breastfeeding period, this must be compensated for to a greater extent.
If you suffer from a recent thrombosis, you must avoid the cabin. Your attending physician can assess when increased blood flow (increased blood return via the veins) to the affected leg can be safely restored.
Varicose veins (varicose veins) do not initially represent a restriction on use. As Physiotherm deliberately does not use emitters in the lower leg area, the application is generally well tolerated. However, as the venous system has to return more blood to the body during application, in rare cases - if the venous system is severely damaged - there may be a feeling of tension in the lower leg. The transport capacity of the veins has then reached its limit. If necessary, you can place your legs on a small stool (10 - 15 cm is usually sufficient) to minimize the hydrostatic pressure in the lower veins. You can also use a soft (foam) seat pad, which you should protect against the radiator with standard aluminum foil. A suitable seat pad improves the pressure distribution (sitting) in the thigh and facilitates the return flow of blood in the veins. Also make sure that your hips and knees are bent as little as possible; this also facilitates the return flow of blood from the legs.
Like other implants, pacemakers are not affected by infrared radiation. The electromagnetic fields that can be measured in the cabin are far below the values that are considered potentially problematic.
Circulatory problems are not initially a contraindication per se. The blood redistribution stimulated by the physiotherapeutic application trains the vascular system and can have a long-term beneficial effect on both hypertension and hypotension.
In the event of hypotension, it is particularly important to ensure sufficient mineral and fluid intake. During use, there is a slight increase in the systolic ("upper") value due to the gradual redistribution of blood. In the case of severe hypertension, it is therefore important to ensure that medication is used to control it. In both cases, regular Physiotherm application based on vascular training can help to alleviate the symptoms.
It is particularly worth visiting the cabin if you are at risk of catching a cold, provided there are no restrictions on use, such as an existing fever or acute bacterial infection. Make sure you wrap up warm after leaving the cabin - including your feet and head.