b-intense 1 infrared cabin

Design cabin "b-intense 1" for 1 person
Dimensions: 120 x 86 x 200 cm
Power: 1050 Watt / 230 Volt

Equipment:

• b-control deluxe" control unit incl. individual radiator control, intensity control and Bluetooth function
• 5 b-intense infrared programs heat load, vitalization, back, regeneration, slimming
• Colored light for every mood, indirect light as background lighting of the cabin
• Music via AUX connection, USB stick, SD card recorded with relaxation music or Bluetooth via smartphone/tablet
• Deluxe seating area: adjustable backrests with integrated headrest and bench seat in special white imitation leather
• Warm feet: heating foil integrated into the cabin floor

Color selection:

• Edelweiss Matt
• Cuvo mud matt
• Old spruce wood
• Oak Piedmont Mocha
• Black matt wood grain
• Edelweiss high gloss (against surcharge)

Further options:

• Side-inverted body possible
• Change of leather color (extra charge)
• Solid oak or white lacquered armrests (extra charge)

Thanks to the unique composition of ergonomics, radiator technology, construction and controllability, the infrared heat gently penetrates the lowest layers of the skin while spreading evenly over the body.

In order to achieve a comprehensive health-promoting and efficient infrared effect, the infrared radiation must reach the user in an infrared cabin from both sides. Thus it is solved with the majority of all infrared cabins available on the market in such a way that one infrared source is positioned in the back area and one in front of the upper body. b-intense® takes up this concept, it perfected however further, since it will always be in such a way that the back is irradiated from much smaller distance, than the front body. However, not only the intensity of the radiation power has to be adapted to the distance circumstances, it is even more important that the radiation angle and the radiation composition are adapted to the two different distances.

b-intense® therefore uses two different emitters, one with a flat cone and one with a wide cone, with different housing designs. The different reflectors influence the radiation effect in such a way that in both cases an optimally composed full-spectrum effect hits the body.