Morenova System Models

Explore the diverse range of Morenova systems, each uniquely designed to meet specific needs and preferences across various healthcare settings. From compact tabletop units to advanced high-volume systems, Morenova offers versatility and innovation in shockwave therapy.
Whether you are operating a medical center or clinic or providing at-home care, there is a Morenova version tailored to your requirements. With advanced features and flexible options, Morenova ensures efficient and effective shockwave therapy for improved patient outcomes.

MORENOVA DT

A compact powerhouse, MorenovaDT brings advanced shockwave performance into a portable, desktop system. Tailored for private practices and clinics requiring mobility, it offers fast setup and smooth integration across treatment rooms. Despite its smaller size, MorenovaDT provides the full spectrum of specialized probes and the same advanced core technology as MorenovaPRO — ensuring reliable, user-friendly operation without compromise.

Morenova DT

MORENOVA PRO

The flagship solution in shockwave therapy, designed for high-volume, multidisciplinary centers. MorenovaPRO combines power and versatility with the Prestige Console, featuring a large touchscreen and ready-to-use, pre-programmed protocols across multiple specialties. With universal probe compatibility, automatic water circulation, and an intuitive, streamlined workflow, MorenovaPRO delivers unmatched efficiency, precision, and scalability — setting a new standard for advanced clinical environments.

MORENOVA PRO Li50MEN

Morenova Home

Launching soon: a compact, home-use unit designed to bring therapy directly into patients’ everyday comfort.

soon

Morenova High Energy

This Morenova model was developed to enable deep penetration of therapeutic shockwaves for indications such as Chronic Kidney Disease and Peripheral Arterial Disease. Despite the distance of the targeted tissue from the energy source, this model maintains the novel Large Area technique – with a simultaneous application of the required shockwave energy to large bodies of tissue.