Electrohydraulic ESWT

The Gold Standard in Shockwave Technology

Activating healing at a cellular level with SoftWave’s proprietary edge

Making Healing Waves

Not all Shockwaves are the Same

Produces highly effective shockwaves that activate biological regeneration processes at the cellular level
Delivers energy to the widest and deepest therapeutic zone for comprehensive coverage
Produces therapeutic, parallel, broad-focused sound waves that penetrate deeper into tissue
Creates an optimized wide and deep treatment volume with its unique applicator design ensuring consistent coverage of energy
Acoustic waves activate cellular receptors, initiating the body's natural biological healing response.

PRODUCING A TRUE SHOCKWAVE

Advanced technology that heals

SoftWaves are created by means of a high-energy electrical discharge in water. The voltage is discharged between the opposing tips of an electrode. The arcing or spark gap causes an equalization of voltage between the two tips of the electrode whereby a hot plasma bubble is created. This bubble explodes in all directions, compresses the surrounding water, and generates a pressure > 10 MPa within only a few nanoseconds (10^-9 ns).

Despite the shockwave traveling 5 times faster (3355mph) in water than in air (767 mph), it does not cause microtrauma.

Patented parabolic reflector

Generating dynamic parallel waves

SoftWave — Redefining Healing Technology

Our proprietary electrohydraulic acoustic shockwave device is at the forefront of medical innovation. With its cutting-edge design, SoftWave enables maximum tissue penetration, unlocking the full potential of biological effects for optimum healing.

Why SoftWave?

Fast healing
Researched
Patented Applicator
FDA Clearances
Non-surgical option
Non-pharma option
Safe & Comfortable
Quick treatment times
Versatile
Profitable
Medical grade

Unlike a Radial Device which produces a Pressure Wave

SoftWave is a TRUE Shock Wave

Shock Waves

Shock waves are acoustic pulses with high positive pressure, fast and steep rise time followed by comparatively small negative pressure (tensile wave).

Pressure Waves

Radial pressure waves are acoustic pneumatic pulses with a low steeping effect, slow rise time with comparatively large negative pressure (tensile wave).

The waves are shallow and have the highest energy and pressure located directly at the applicator’s surface.

Ultrasound Waves

Ultrasound waves are periodic oscillations with narrow bandwidth and does not have peak pressure and fast rise times.

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With a TRUE shockwave device, you get can utilize

Better Design and Better Physics

With a TRUE shockwave device, you get can utilize

Better Design and Better Physics

SoftWave can treat a wider and deeper treatment area

The column of acoustic energy is wide and deep with the patented SoftWave device.

Deep Tissue Propagation

SoftWave’s patented broad-focused applicator design makes it possible to spread energy to a large area of both superficial and deep tissue soliciting a biological response to the target area to initiate the body’s natural healing process.

SoftWave TRT based Research in Numbers

Scientific Publications

Research Institutions

Countries

SoftWave is changing lives

One SoftWave at a time

“How can you be treating sports injuries without SoftWave?”

— Dr. Martin O’Malley, MD, Orthopedic Surgeon and Team Physician for Brooklyn Nets, NY Giants & USA BB

SoftWave is changing lives

One SoftWave at a time

“How can you be treating sports injuries without SoftWave?”

— Dr. Martin O’Malley, MD, Orthopedic Surgeon and Team Physician for Brooklyn Nets, NY Giants & USA BB

SHOCKWAVES IN NATURE

Fun Fact

Courtesy of the BBC

Shockwaves are part of everyday life, created by supersonic aircraft, explosions, lightning, and earthquakes. Unlike sound waves, shockwaves involve sudden and intense changes in pressure, traveling faster than sound with increasing speed as their amplitude rises.

An example in nature is the pistol shrimp, which uses shockwaves to protect its mates. It fires a powerful water jet at speeds up to 30 meters per second (67 mph). It’s not the water jet that causes harm, but the shockwave it creates. The shrimp’s shockwave can reach 200 decibels, louder than a .22 caliber rifle, making its pops some of the loudest sounds in the ocean, second only to sperm whale clicks.

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FUN FACT

Shockwaves in Nature

Courtesy of the BBC

Shock waves surround everyday life. They are generated by supersonic aircraft, explosions, lightning, earthquakes or other phenomena that create violent changes in pressure. Shock waves differ from sound waves in that the wavefront, in which compression takes place, is a region of sudden and violent change in stress, density, and temperature. Shock waves travel faster than sound and their speed increases as the amplitude are raised.

Below is an example of a shock wave in nature. The pistol shrimp use their shockwaves to protect their mates. Watch how its claw opens and shuts to fire off a powerful water jet at speeds up to 30 metres per second (67 mph). Note, the high-speed water isn’t what harms its target – it’s the resulting shock wave.

Researchers have measured its sound. At a volume of about 200 decibels, it’s louder than a .22 calibre rifle shot. The pistol shrimp pops are some of the loudest in the ocean, second only to sperm whale clicks.

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