INDIBA® Animal Health uses monopolar radiofrequency CAP/RES technology at a stable frequency of 448 kHz, which gives it unique properties that allow it to generate thermal and subthermal effects that accelerate tissue recovery *.
*vs. Other techniques and treatments.
INDIBA® Animal Health is a tool that can be combined with any other therapeutic tool such as manual therapy, plus the exercises performed are more effective as it produces relaxation on the animal and improves tissue irrigation, elasticity, and cell regeneration capacity.
It is a therapeutic tool that allows us to rehabilitate and recover injuries, either by the conservative method or as post-surgical therapy, in a markedly reduced time and with the least recurrence possible, due to its biostimulating effects at the cellular level that allow the generation of healthy tissue.
The frequency 448 kHz also permits the user to work without increasing the temperature of the tissue (biostimulation), so treatments can be initiated in acute stages or in situations in which the hyperthermia is contraindicated (for example, edema).
Efficiency and safety:
INDIBA®’s technology works in a closed circuit that naturally stimulates the regenerative processes of the body, allowing it to treat tissues in great depth without being invasive or painful to the animal.
Safe to use on:
Specifically in veterinary medicine, our studies have been carried out in horses and pets with extraordinary results on the recovery of injuries and the management of pain.
Case study
Canine patient with C2-C3 stenosis with tetraparesis and muscle spasticity. Treatment with radiofrequency at 448 kHz with reduction of pain and spasticity and recovery of muscle atrophy and motor skills.
Key points
Case study
Canine patient of 3 kg with cervical lesion due to contusion with lateralisation, proprioceptive deficit, increased spinal reflexes and cervical stiffness with favorable evolution after radiofrequency treatment at 448 kHz.
Key points
Case study
Michela Arena, 2018
After 5 sessions with radio frequency at 448 kHz in 5 canine patients of large and giant breed with OA in different joints, an improvement of their quality of life due to pain relieve and an increase in the ROM of their affected joints has been observed.
Key points
Case study
Michela Arena, 2018
Canine patient of 3 kg with cervical lesion due to contusion with lateralization, proprioceptive deficit, increased spinal reflexes and cervical stiffness with favorable evolution after radio frequency treatment at 448 kHz.
Case study
Michela Arena, 2018
After 5 sessions with radio frequency at 448 kHz in 5 canine patients of large and giant breed with OA in different joints, an improvement of their quality of life due to pain relieve and an increase in the ROM of their affected joints has been observed.
Key points
Case study
Campos, J. et al., 2018
Chronic traumatic wound at the pastern with abundant granulation tissue treated with radio frequency at 448 kHz had favorable evolution after 8 sessions.
Key points
Case study
Argüelles, D. et al., 2018
The treatment of tendino-ligamentous injuries with radiofrequency at 448 kHz in sports horses allows an earlier re-introduction to exercise of these patients, suggesting a reduction in recovery time.
Key points
Case study
Argüelles, D. et al., 2018
The treatment with radio frequency at 448 kHz of a thickening of the superficial digital flexor tendon after tendinitis leads to a reduction of the thickening of the tissue and a better alignment of the tendinous fibers.
Key points
Case study
Campos, J. et al., 2018
Effectiveness, safety and harmlessness of radiofrequency treatment at 448 kHz of a superficial digital flexor tendon (SDFT) tendinopathy, both in the acute and chronic phases. The anti-inflammatory effect, the organized and consistent regeneration of tendon fibers, as well as the good tolerance on the part of the animal is verified.
Key points
Case study
Muñoz, A. et al., 2018
Radio frequency treatment at 448 kHz in the treatment of tendon injury in the horse with a regeneration effect of the damaged tissue, shortening the healing time of the same respect to habitual treatments of This pathology with non-invasive therapies.
Key points
Case study
Campos, J. et al., 2018
Treatment with radio frequency at 448 kHz of a third metatarsal fracture with the objective of achieving the effects of biostimulation, vascularization and hyperactivation that this current generates on the tissue.
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Case study
Snyder, J., 2019
Post-traumatic injury in a show jumping horse with 6 month of evolution and no improvement was treated with radio frequency at 448 kHz, obtaining improvement on lameness and return to activity.
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