CRISTAL Fit® by Deleo improves its field of action and optimises the overall management of women's intimate well-being.
CRISTAL reVive® by Deleo is a unique and highly effective device. Using High Intensity Electromagnetic Muscle Stimulation technology CRISTAL Fit®, it stimulates and re-educates the pelvic floor muscles in depth.
High Intensity Electromagnetic Muscle Stimulation. Unique and customizable treatment parameters. Adjustable intensity.
A new way to significantly improve the strength and endurance of the pelvic floor muscles.
Totally painless and comfortable treatment.
Autonomy regained in just a few sessions, satisfied patients.
Effective treatment for the improvement of symptoms linked to stress urinary incontinence and/or urge incontinence.
Product designed and manufactured in France. All spare parts and suppliers come from France.
High Intensity Electromagnetic Muscle Stimulation (HI-EMMS) has been used for some years to re-educate the pelvic floor muscles in a non-invasive way. During a treatment session, motor neurons polarise and depolarise, resulting in supramaximal muscle contraction. This induces micro-lesions in the muscle, triggering muscle growth.
The CRISTAL reVive® by Deleo treatment revolutionises the management of female well-being by preventing and restoring the lack of tone in the pelvic floor.
The forced and intense contractions generated by the electromagnetic fields are involuntary and gradually increase the strength and muscular endurance of the perineum.
The CRISTAL reVive® by Deleo treatment uses a specific range of frequencies that do not allow for muscle relaxation between two stimulations. One session allows thousands of intense and deep contractions of the perineal muscles, essential in the rehabilitation of urinary incontinence.
The CRISTAL reVive® by Deleo treatment is completely painless. Unlike electrical stimulation, the intense electromagnetic field generated by the device does not activate the nociceptors (pain receptors). It therefore offers a pleasant quality of treatment, without pain or feeling of muscle fatigue.
The intensity of the treatment can be adjusted according to the patient's tolerance, for greater effectiveness.