We develop and manufacture non-invasive medical technologies that translate advanced physics into clinically effective therapies with measurable outcomes.
Our shock wave and regenerative therapies are established worldwide across multiple medical fields, including orthopaedics, sports medicine, urology, neurology and cardiology. Built on proven physical principles and supported by scientific evidence, they deliver either regenerative stimulation or precise mechanical effects such as stone fragmentation, depending on the indication.
Across all applications, the focus remains on reliable clinical performance, treatment efficiency and patient safety.
Disciplines:
Urology
Orthopaedics
Neurology
Cardiology
Urogynecology
Dermatology
Veterinary
Focused shock waves (F-SW)
Focused shock wave therapy delivers acoustic pulse waves non-invasively into the body, with energy converging at a precise focal point. This allows targeted treatment of deep tissue structures or calculi.
With a broad energy spectrum, shock waves are versatile and used across a wide range of medical disciplines.
For example, within musculoskeletal indications, they are applied to treat chronic tendinopathies, calcifications and delayed bone healing. Here, the mechanical impulses trigger biological responses through mechanotransduction, stimulating tissue regeneration and supporting the healing process.
In urology, shock waves are used for the non-invasive disintegration of urinary stones. High-energy impulses generate mechanical stress within the calculi, leading to their fragmentation into smaller particles that can be naturally eliminated by the body.
Our patented electromagnetic shock waves ensure a clinically ideal focus size, accuracy and reproducible treatment outcomes.
Radial shock waves (R-SW)
Radial shock waves are physically ballistic radial pressure waves. They are commonly applied for the treatment of tendinopathies, myofascial pain syndromes and trigger points.
The energy propagates radially from the transmitter into the surrounding tissue reaching its highest intensity at the surface and diminishing with depth. This characteristic makes radial shock waves particularly suitable for more superficial and larger tissue structures.
The mechanical stimulation promotes microcirculation and metabolic activity in the treated area and supports local tissue response.
»Deep R-SW« with MASTERPULS icon for unsurpassed deep-tissue action
»Deep R-SW« represents a new generation of radial shock wave therapy with enhanced penetration depth and extended intensity range by 30 %. Featuring a broader energy spectrum, »Deep R-SW« enables personalised treatment for pain-sensitive patients and athletes targeting deep muscle and fascia structures. »Deep R-SW« closes the therapeutic gap between conventional radial and focused shock wave therapy.
Did you know?
Extracorporeal Shock Wave Therapy (ESWT) is commonly used as a general term for shock wave treatments. In clinical practice, it may refer to both focused shock waves (F-SW) and radial shock waves (R-SW), although these technologies differ in their physical characteristics and therapeutic applications.
Extracorporeal Magnetotransduction Therapy (EMTT)
Extracorporeal Magnetotransduction Therapy (EMTT) is a non-invasive treatment method using high-energy, oscillating magnetic fields to stimulate biological processes in the body. The electromagnetic pulses induce electrical currents in the tissue, activating cellular mechanisms that support regeneration and pain reduction.
In musculoskeletal indications, EMTT is applied for the treatment of chronic pain conditions, degenerative joint diseases and inflammatory disorders of tendons and joints. The high oscillation frequency and magnetic field strength enable a penetration depth of up to 18 cm, allowing effective treatment of deep tissue structures.
On a cellular level, the induced currents influence membrane permeability and ion channel activity, promoting metabolic processes and supporting anti-inflammatory responses. EMTT enables efficient stimulation of tissue regeneration without mechanical contact, providing a comfortable treatment experience.
High-speed vibration therapy
High-speed vibration therapy with V-ACTOR® up to 100 Hz uses compressed air pulses to generate rapid mechanical vibrations. The treatment is non-invasive, with vibrations transmitted into the tissue to stimulate mechanosensitive receptors in muscles, fascia and tendons.
In musculoskeletal indications, vibration therapy is applied to regulate muscle tone, relieve myofascial tension and support functional recovery. It is commonly used in rehabilitation and sports medicine for the treatment of muscle tightness and functional disorders.
Depending on the applied frequency range, vibration therapy can promote muscle relaxation, reduce excessive tone or provide sensory stimulation that supports pain modulation. The mechanical stimulation enhances microcirculation, activates neuromuscular pathways and supports local metabolic activity.
Vacuum therapy
Vacuum therapy with VACU-ACTOR® uses local negative pressure to mobilise superficial tissue layers. The treatment is non-invasive, applying controlled suction to create vertical and horizontal traction forces within the tissue. It is applied to release adhered structures, reduce tissue tension and support recovery of superficial soft tissue, and is commonly used in combination with other therapies to enhance treatment effects.
The mechanical traction promotes microcirculation and activates lymphatic flow, supporting tissue hydration and metabolic exchange while improving tissue mobility.
Combined therapy approaches
In daily clinical practice, these therapy approaches complement each other in their impact on tissue, creating additive effects that accelerate recovery and improve pain and functional outcomes in patients with rotator cuff tendinopathies.