Work schedule:
Mon-Fri 09:00 to 18:00
Rehabilitation system with air fluidization LI-7 Standard
Rehabilitation system with air fluidization for the treatment of burn injuries, rehabilitation after heart surgery, postpartum trauma, mechanical damage to the skin and soft tissues, relief of rheumatism symptoms, etc.
Indications and area of use.
1) Treatment of patients with severe and large burns of a large surface of the skin.
2) Oncology. Alleviating the suffering of cancer patients in the last stages. (especially cervical cancer). Use in Hospice.
3) Neurology. Alleviation of suffering in patients with neurological diseases during the period of exacerbation of diseases. (Sleep disturbances, severe pain during movement, etc.)
4) Care of elderly patients. Means for avoiding bedsores and damage to the skin of the body in patients who lie down for a long time.
5) Postoperative care of patients. (Especially for the recovery of the patient after major surgical interventions, surgery on the vascular and cardiovascular system, to avoid excessive load on blood vessels)
6) Orthopedics. Rehabilitation of the patient with multiple bone fractures and blows to internal organs.
7) Care of patients during exacerbation of rheumatism.
Features
1) The presence of an advanced system that ensures the state of dry liquid in the system. This allows to reduce the pressure on the patient's skin to a minimum, as well as increase blood supply to damaged skin surfaces and ensure the fastest possible healing.
2) The use of ceramic microspheres of increased wear resistance, which prevents the formation of "non-flowing" dust.
3) The problem of the formation of static voltage and its effect on the patient and the electronics of the system has been solved.
4) Control of humidity and temperature of microspheres.
5) The alkaline and ionized environment of the microspheres provides additional antibacterial protection and helps improve the healing of the patient's skin.
6) Availability of air filters that prevent bacteria from entering the system from the outside.
7) Mobility and ergonomics of the system due to the combination of the pressure injection element and the system itself
8) Availability of microsphere heating function.
9) Availability of constant/periodic fluidization functions.
