Therapy devices for practices and clinics
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Therapy devices for physiotherapy by modality
Ultrasound therapy
Ultrasound devices for clinical use operate at 1 and 3 MHz, covering both deeper and superficial tissue layers. Our range includes the BTL-4710 series, I-TECH UT2 with two treatment heads, and Primo-Therasonic devices. Browse our selection: Ultrasound therapy devices for clinics and hospitals.
Electrotherapy
In addition to TENS and EMS, electrotherapy devices for clinical use offer other current types such as interferential current, galvanic current, iontophoresis, and Russian stimulation, with freely adjustable parameters. For example, the EME Therapic 9200 and 9400 offer 26 waveforms and 2 and 4 channels, respectively. Browse our selection: Professional electrotherapy devices.
Combination therapy
Combination devices integrate electrotherapy and ultrasound—and sometimes laser or vacuum therapy—in a single unit, saving space in the treatment room. Examples include the EME Combimed 2200 and 4000, and the Primo Combination 860. Browse our selection: Combination therapy devices.
Shockwave therapy
Our shockwave therapy range includes radial devices such as the EME Shock Med, Primo Radial Shockwave 560, and Gymna ShockMaster 500, as well as the BTL-6000 FSWT system for focused shockwave therapy. The TensCare Shockwave operates without a compressor. Browse our selection: Shockwave devices.
Laser therapy
From low-level laser therapy to high-power lasers: Energy Laser L2000 Pro, Globus Physiolaser, and EME Crystal YAG and BiPower Lux. Browse our selection: Laser therapy devices.
Tecar therapy and diathermy
Tecar devices operate capacitively and resistively in the high-frequency range. Our range includes the Globus DiaCare 5000 and 7000, EME HR TEK, and I-Tech Reatherm. Browse our selection: Tecar therapy devices.
Magnetic field therapy
Magnetic field devices for clinical use, including the Globus Magnum series, Magnetoenergy, and the BTL-6000 Super Inductive System Elite. Browse our selection: Professional magnetic field therapy devices.
What clinics should consider when choosing
Indications and patient population
Which conditions do you treat most often? A combination device covers many cases with a single unit, while a dedicated device such as a shockwave system or high-power laser is often the more cost-effective choice if you have a clear area of focus.
Medical device certification
Certification as a medical device is essential for use on patients. This information is provided on the relevant product page. You will receive instructions on how to operate the device after delivery.
Space and mobility
Tabletop devices with equipment trolleys are suitable for a dedicated treatment room, while compact devices are also suitable for home visits. Consider the weight, power supply, and accessories you regularly need to transport.
Try before you invest
Many of our clinical devices are also available to rent, including shockwave devices, ultrasound devices, laser therapy devices, diathermy devices, and magnetic field devices. This lets you assess in day-to-day clinical practice whether a modality fits your treatment approach.
Frequently asked questions about physiotherapy devices for clinical use
What is the difference between clinical devices and devices for home use?
Clinical devices offer more power, more channels, and freely adjustable parameters, and often combine several modalities in one unit. Home-use devices are more compact and mainly use preset programs. You can find these under Physiotherapy devices for home use.
Can I get a quote for multiple devices?
Yes. We can prepare a tailored quote for clinic equipment. Get in touch—we’ll also be happy to advise you on choosing the right devices.
Which devices are suitable for sports medicine and competitive sports?
Shockwave therapy, high-power laser therapy, and Tecar therapy are commonly used. The right modality depends on the indication and treatment approach. We’ll be happy to explain the differences.
Note: The information on this page describes how the devices work and does not constitute a guarantee of therapeutic efficacy. The use of the devices and the determination of indications are the responsibility of the treating healthcare professionals.