In recent years, advances in the robotic technology have revolutionized various fields, including health care. The robotic therapy, also known as robotic rehabilitation, has emerged as a powerful tool to improve the quality of life of people suffering from injuries or neuromuscular disorders.
As we will see later, the Innovations in robotics based on neurophysiological knowledge and clinical trials are providing encouraging results in the healthcare field. rehabilitation robots They offer physical and psychological support to patients in their recovery process. Various investigations report a more enthusiastic participation of patients thanks to the use of attractive and technology-assisted social interaction.
What is robotic therapy?
The concept of robotic therapy It involves the use of robots and robotic devices in the process of physical and neurological rehabilitation. These units are designed to assist and complement the conventional therapy performed by physical therapists or other health professionals. Its aim is to help patients recover or improve their motor skills, functional and cognitive, through the execution of specific and repetitive exercises.
In this sense, the type of therapy The topic we are dealing with covers a wide range of training devices focused on exercising the bodily functions lost as a result of neurological events or traumatic. Robots also help patients rehabilitation therapists to provide more accessible, consistent and efficient training. In parallel, they also collect valuable data that is critical to assessing patients’ recovery progress.
To give a little history, the development of the robotic rehabilitation It originates from a patent filed by Theodor Büdingen in 1910. Through it, he registered an "apparatus for curing movement", a device powered by an electric motor that guides and supports the movements of the steps in patients with heart diseaseHowever, it was not until 1994 that a rehabilitation robot was clinically tested. The device in question was the MIT-MANUS, developed since 1989 in the Massachusetts Institute of Technology (MIT).
Possibilities of robotic therapy
La robotic therapy offers a series of possibilities and benefits that can complement and enhance the conventional rehabilitation methodsSome of these possibilities include:
- Personalization and adaptability. Therapeutic robots can be programmed and adjusted to suit the individual needs and capabilities of each patient. This allows for a personalized therapy and specific, which adjusts to your skill level and progress over time. Robots can also provide real-time feedback, helping patients correct and improve their technique.
- Greater intensity and repetition. One of the key factors in successful rehabilitation is the repetition of movements and exercises. However, traditional manual therapy can be limited by therapist fatigue and time constraints. therapeutic robots They can perform repetitive movements accurately and consistently, allowing for greater intensity in therapy and a greater number of repetitions, promoting brain plasticity and functional recovery.
- Data recording and analysis. Furthermore, the therapeutic robots They can record detailed data on patient performance during the therapy sessions. This data may include strength, range of motion, and accuracy of movements performed. The information collected can be used to assess patient progress, identify areas for improvement, and fine-tune the rehabilitation plan in consecuense.
- Motivation and commitment. The robotic therapy may be more engaging and motivating for patients, especially those who may feel discouraged or frustrated by the challenges of rehabilitation. Interactive games and visual interfaces used in the therapeutic robots they can make the rehabilitation process more fun and engaging. Even the look and performance of the robot encourage active participation and long-term engagement.
Advantages of robotic therapy
Specifically, we can summarize the benefits of the robotic therapy in:
- Precision and control. The therapeutic robots They are designed to perform precise and controlled movements. This allows for highly specific and targeted therapy to areas of the body or particular motor functions. The precision of the robot can be especially beneficial in cases where highly focused rehabilitation is required, such as in the recovery of fine movements in brain injuries or neuromuscular.
- Safety and risk reduction. The robotic therapy provides a controlled and safe environment for patients. The robots are equipped with sensors and safety mechanisms to Prevent injuries and adapt to the individual needs of the patient. In addition, the robot assistance During exercises it reduces the risk of incorrect movements or overexertion, minimizing the risk of relapses or additional injuries.
- Access and availability. Certainly, the robotic therapy can overcome the geographic access barriers and temporary. The design of some therapeutic robots It allows for domestic use, which provides the possibility of carrying out rehabilitation exercises at home. This facility is especially beneficial for those who live in remote areas or have difficulty commuting to rehabilitation centers.
- Complement to traditional therapy. In fact, the development of therapeutic robots It is not intended to replace health professionals, but rather to complement and streamline their work. For example, conventional rehabilitation of the lower and upper extremities requires the physiotherapist to invest a lot of time and physical effort. In contrast, the use of robotic devices facilitates repetitive, intensive, and exercise-specific training, while potentially relieving the burden on therapists. Even therapeutic robots They are auxiliary tools in the rehabilitation process, allowing the specialist to focus on more complex and personalized tasks. In parallel, the robot is responsible for repetitive and routine exercises.
Characteristics of robotic rehabilitation
To summarize, the large number of technological developments focused on the robotic therapy have allowed it to continue acquiring more and more characteristics. Depending on their purposes, we can mention among these attributes:
- Multimodal interaction. The therapeutic robots They use a variety of interfaces and interaction modalities, including touch screens, motion sensors y haptic devicesThese features allow for a more natural and tailored interaction, providing real-time feedback and adjusting therapy based on patient response.
- Adaptability and customization. Indeed, therapeutic robots can be adapted to the needs and capabilities of each patient. Through programming and parameter adjustment, robots can provide a personalized therapy and evolutionary, adapting the difficulty of the exercises according to the patient's progress. This adaptability is essential to optimize the rehabilitation results.
- Monitoring and data logging. As we have said, therapeutic robots record accurate data on patient performance during rehabilitation sessions. The data collected support objective assessments of performance and document compliance and progress. They also promote data-driven therapy, through artificial intelligence (AI). As if that were not enough, the virtual reality (VR), In combination with haptics, it provides therapists with customizable treatment options in safe environments.
En Inrobics We contribute to the evolution of rehabilitation with robots
In the future, it is expected that the robotic rehabilitation continue to evolve and expand into new application areas. Advances in Artificial Intelligence and robotics will allow the development of even more sophisticated robots adapted to the individual needs of each patient. In addition, the tele-rehabilitation and the use of communication technologies can open up new possibilities for robotic therapy from distance.
En Inrobics, we are making a contribution to this progress, through the continuous improvement of our innovative AI rehabilitation model y social robots. He is helping people with functional limitations or neurological to significantly improve their quality of life. Proof of this is what we have achieved with our platform supported by the social robot Robic, Nao model, a software and a self-developed app. Thanks to this, it is possible to carry out sessions that are fully adapted to the physical and cognitive conditions of the person. Better still, the robot is able to recognise the person and create narratives based on their preferences.
Contact us and find out how our robotic therapy personalized can help children and adults who need it!
