Therapy Devices

Therapy devices for physiotherapy comprise various device types that are used in practices, rehabilitation settings and, depending on the design, also for mobile applications. The category serves as an introduction to procedures such as electrotherapy, shockwave therapy, cryotherapy, laser therapy, deep oscillation, ultrasound therapy, vacuum therapy as well as heat, light and colour therapy. At saneq, professionals will find devices from well-known manufacturers such as STORZ MEDICAL, PHYSIOMED, Enraf-Nonius and Sedatelec; the specific choice depends on the field of application, device size, performance parameters and available accessories.

Which therapy devices are available?

The subcategories differ primarily in their physical principle and typical application situation. Electrotherapy devices work with electrical currents in adjustable programmes, whereas shockwave therapy devices can provide pressure pulses with parameters such as pressure and frequency. Cryotherapy devices are geared towards cold applications, while laser therapy devices work with specific light sources and power levels depending on the model. In addition, there are devices for deep oscillation, ultrasound, vacuum, heat stimulation as well as light and colour therapy.

• Shockwave: Devices such as MASTERPULS models are compared according to parameters such as pressure range, frequency, handpieces and operating concept.
• Cryotherapy: Devices such as FRIGOSTREAM are intended for controlled cold applications; air flow, ease of use and space requirements are important.
• Deep oscillation and ultrasound: Devices such as DEEP OSCILLATION or Sonopuls models are selected according to programmes, accessories and application environment.
• Laser and light: Premio models and light therapy devices differ, among other things, in terms of device concept, applicators and setting options.

Selection criteria for the practice and everyday therapy

When selecting therapy devices, not only the form of therapy but also practical criteria are important. These include dimensions, weight, mobility, power supply, user guidance, number of energy levels, maintenance requirements and the availability of accessories or consumables. For compact devices, details such as length, width, height and weight can be decisive if the device is frequently moved or used in several treatment rooms. Performance data such as pressure, frequency or energy levels should always match the intended application and the qualifications of the users.

For a well-founded decision, it is worth comparing options within the appropriate subcategory. Professionals should check whether the device fits into the existing treatment workflow, whether the documentation is comprehensible and whether training, instruction or servicing is required. Therapy devices are professional working equipment; they should be used in accordance with the manufacturer's specifications, contraindications and applicable safety requirements.