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Technology

INDIBA® IA 100 device stimulates healthy cell function and revitalization through radio frequency therapy. INDIBA works at a specific frequency of 448kHz, which causes thermal and sub-thermal effects, achieving noticeable results from the first session.

Biostimulation (sub-thermal)
Activates the cells metabolic rate, increases circulation and activates fibroblasts.

Vascularization (thermal)
Dilates blood vessels, increasing blood flow, oxygenating tissue and cells, increasing cell metabolism and encouraging drainage.

Hyperactivation (hyperthermal)
Breaks down fat/fatty deposits, detoxifies and encourages toxin drainage, increases cell metabolism and encourages collagen production.

Product benefits

INDIBA patented Proionic® System stimulates healthy cell function and revitalization through a specific radio frequency of 448 kHz, creating thermal and sub-thermal effects that allow to perform a wide range of wellness and beauty treatments.

INDIBA treatments are safe, painless and non-invasive, offer a pleasant experience to the client and show visible results from the very first session.

IA 100 includes the innovative Cell Boost technology, an optional functionality that modifies the amplitude of the intensity delivered in a certain way. This allows to increase the compaction effect and to accelerate the results and effectiveness of the treatment (while improving the client’s perception during the session). Cell Boost technology optimizes the effects of the INDIBA® method, intensifying and enhancing the results of the treatment.

Treatments

Results

Optional Accessories & Consumables

Sculpture Electrodes

A pack of three new electrodes with accessories and protocols, which will help you focus on the most in-demand bodyshaping treatments.

Premium Electrodes

This pack offers new treatment options to get the most out of your.

Hair Pack

Specific pack of accessories and cosmetics to maximise the results for different hair treatments.

Proionic® Creams

Paraben free with slightly acidic pH; to increase electrical conductivity, facilitate a good sliding movement and improve final results.