Capillarisation – Warm-up – Pre-competition warm-up – Active recovery – Maximal strength – Resistant strength – Explosive strength – Reactivity – Aerobic endurance – Post-competition recovery – Decontracting – Hypertrophy

Running – Cross-country skiing – Martial arts – Tennis – Football – Cycling

Firming – Bio-Pulse Firming – Shaping – Bio-Pulse Shaping – Toning – Bulking – Body sculpting – Definition – Jogging – Anaerobic fitness – Aerobic fitness – Cramp prevention

Drainage – Bio-Pulse Drainage – Lipolysis – Post-partum lipolysis – Toning massage – Connective massage – Swollen arms – Facial capillarisation – Improved skin tone – Post-partum drainage – Post-partum firming – Breast firming – Breast shaping – Lifting effect

Quadriceps atrophy (with knee prosthesis) – Post ACL surgery recovery – Shoulder subluxation prevention

Conventional antalgic tens – Modulated antalgic tens – Endorphinic tens – Menstrual pain – Chronic pain – Neck pain – Muscle pain – Knee pain – Shoulder pain (scapulohumeral syndrome) – Chronic lower back pain – Bursitis-tendonitis – Osteoarthritis

Epicondylitis – Scapulohumeral periarthritis – Muscle recovery – Contusion – Oedema – Skin ulcer – Sciatica – Lower back pain – Brachial neuralgia – Acute pain – Joint pain – Torticollis – Whiplash – Cervical spondylosis – Shoulder sprain – Knee sprain – Carpal tunnel – Osteoarthritis – Ankle sprain – Achilles tendon inflammation – Patellar tendon inflammation – Rotator cuff inflammation – Tendon inflammation

Mixed incontinence – stress incontinence – URGE incontinence

Ionophoresis

The ‘3S’ programme list includes 18 parameter combinations.

The ‘3S’ programmes feature a delay in activation of channels 3 and 4 compared to channels 1 and 2. Serial Sequential Stimulation makes it possible to stimulate muscles in a kinetic chain thanks to the differentiated activation times of the muscle districts involved.

The ‘Action Now’ programme list includes 7 parameter combinations.

This mode is especially recommended for sports or athletic training where you want to add the muscle contraction induced by a stimulator to work with overloads in both dynamic and isometric form.