At RÖS'S, we design and manufacture advanced technology equipment for physiotherapy and professional aesthetics. Innovation is one of the cornerstones of our business: continuous investment in research and development allows us to offer professionals in the sector more effective, safer solutions tailored to the real needs of their daily work.
Within this ongoing commitment to technological development, we have carried out the project Research and development of a new resistive diathermy wristbandThis project, now completed, is an R&D initiative that represents a further step in improving diathermy treatments, one of the most established and in-demand technologies in physiotherapy and aesthetics.
With this project, we have sought to improve the effectiveness, comfort, and precision of diathermy application, adding value for both the practitioner using it and the patient receiving the treatment. This objective stems from our commitment to innovation and the development of our own technology.
The project
Diathermy (also known as TECAR therapy) is a therapeutic technique that uses high-frequency currents to generate heat deep within the tissues, promoting muscle recovery, pain reduction, and tissue regeneration. Within this technology, the resistive mode is particularly suitable for treating denser tissues, such as joints, tendons, and deep structures.
With this project, at RÖS'S we have worked on the design and development of a new bracelet-shaped applicator for resistive mode, aimed at optimizing the application of the treatment on the limbs.
Objectives
The main objective has been to research and develop a resistive wristband that allows for more homogeneous and ergonomic diathermy application. Unlike conventional hand electrodes, a wristband applicator wraps around the treatment area and distributes energy more evenly. This can result in more comfortable treatments for the patient, greater efficiency for the practitioner, and improved control of the application.
With this R&D line, RÖS'S reinforces its commitment to developing its own technological solutions that provide real value to physiotherapy and aesthetics professionals.
Results
The project has enabled the development of a new resistive diathermy wristband solution through a structured process of analysis, design, development, and validation. Throughout its execution, different technical alternatives were evaluated, functional prototypes were developed, and tests were conducted to optimize the performance of the proposed solution.
The work carried out has generated technical knowledge applicable to the development of this type of device, established a solid foundation for future product evolutions, and advanced improvements in aspects related to the functionality, integration, and user experience of the bracelet.
Project details
- Place of execution: Castelldefels (Barcelona)
- Implementation period: from February 2025 to February 2026
- Total project budget (approved by the CDTI): 239.450,00 €
- CDTI and FEDER co-financing: 203.532,50 €
Co-financing and institutional support
This project is supported by Centre for Technological Development and Innovation (CDTI) and it is co-financed by the European Union through the European Regional Development Fund (ERDF), within the framework of the 2021-2027 programming period.
