ENRAF-NONIUS COMPACT II
For non-invasive stimulation of nerves, muscles and blood vessels.
High Energy Inductive Therapy administered through the COMPACT-II is a valuable tool to today’s physiotherapists.
Pain relief, muscle stimulation, blood circulation improvement and the activation of cell membrane charges are solutions to many of the conditions that cause people to see a physiotherapist.
The COMPACT-II allows you to give your patients the right kind of therapy. Through treatment the unit generates a powerful magnetic field in which neurons, muscles and blood vessels are stimulated in a non- invasive manner. This will cause the tissue to heal and the symptoms to disappear.
COMPACT-II - High Energy Inductive Therapy. The COMPACT-II comes with a large 8-inch touch screen that shows all the relevant parameters. You can easily set and adjust the parameters by touching the screen. The device is loaded with 10 predefined protocols to optimise the workflow for the most common medical conditions (such as low back pain). This makes it quick, easy and effective to use. For non-invasive stimulation of nerves, muscles and blood vessels.
Principle
The transducer which is used to magnetic stimulation makes electrical fields by pulse current flowing from a capacitor according to the principle of Faraday's Law. Whenever the capacitor bank is discharged by the action of the control system, a pulse of current flows through the stimulating coil. The magnetic stimulation creates intense, rapidly changing magnetic electrical fields that are able to penetrate soft tissue and bone, to reach deep nervous structures. This magnetic electrical fields is used to the treatment.
This device directly generates (induces) electric current in muscles, nerve tissues, etc. affected by a high induction magnetic field and electrically stimulates it to relieve pain and suppress dysuria such as urinary incontinence.
Intended use
The COMPACT-II is an electrically powered device intended for medical purposes that repeatedly contracts muscles by passing electrical currents through electrodes non-contacting the affected body area. And, in addition, the electro-magnetic stimulator is intended to provide entirely non-invasive electromagnetic stimulation of pelvic floor musculature for the purpose of rehabilitation of weak pelvic muscles and restoration of neuromuscular control for the treatment of urinary incontinence in human.
NB - Does not include Trolley
SPECIFICATIONS
Power supply - 220-240 V~, 50/60 Hz
Output - 1.5 kVA
Dimensions - (WxDxH) 338 x 440 x 200 mm
Weight - Approx. 23 kg
Magnetic field intensity - 3.0 T – pp (± 20%)
Number of channels - 1
Protocols in ‘auto’ mode - Auto 01 ~ Auto 10
Protocols in manual mode - Manual 01 ~ Manual 10
Stimulation frequency - 1 ~ 100 Hz (± 20%)
Stimulation pulse width - 420µs (± 20%)
ADDITIONAL INFORMATION
The human body is a highly conductive medium that responds to electromagnetic energy. High Energy Inductive Therapy involves the therapeutic use of a powerful magnetic field for the purpose of pain relief, to improve muscle tone and stimulate blood circulation. High Energy Inductive Therapy may help relieve pain in the neck, shoulders and back, and activates the regeneration process at cellular level. In addition, it can be used to stimulate muscles – for instance, to strengthen the pelvic floor muscles in patients who suffer from incontinence. At cellular level, both the ions within a cell and the membrane of the cell itself conduct currents. The charge carried by the membranes of normal and healthy cells is greater than that carried by the membranes of sick or ageing cells. If the charge carried by the cell’s membrane is too low, the cell will lack the energy required to function normally. High Energy Inductive Therapy can be used to restore the energy balance. Electromagnetic fields such as the ones used in High Energy Inductive Therapy are able to penetrate tissue, organs and bones in a safe manner, without deformation or loss. They stimulate the electrochemical performance of tissue and improve the function of cells and cell membranes, both superficially and on a deeper level.
