This precise medical mechanics and cylinder technology optimizes therapy and surgical processes—efficiently, certified, and scientifically proven.
Medicine and mechanics: an innovative combination for the future
Innovative exoskeletons meet high-precision cylinder and machining technology – a combination that is revolutionizing medical applications. Modern exoskeletons, which are used for rehabilitation in cases of paraplegia, stroke, or neurological disorders, are based on perfectly coordinated mechanical actuators, including electrically, pneumatically, or hydraulically operated cylinders that enable fluid movement sequences. The performance of these systems is reflected in medical efficiency and treatment success, as they are specifically tailored to the needs of patients and support rehabilitation.
These technologies combine robust machining components from mechanical engineering—such as finely tuned shafts, gear systems, or gas springs—with finely tuned cylinder systems to precisely support motor-impaired limbs or enhance therapies, for example.
The advantages
Integrating the systems into patients' everyday lives is crucial to achieving a lasting improvement in quality of life. The focus is on the patient's role in treatment, with individual therapy goals being set jointly with doctors in order to achieve optimal results.
By combining high-resolution machining technology, which produces high-quality mechanical components such as precision cylinders, joint axes, and bearings, with cylinder-driven actuators, a system is created that is maximally safe, individually adjustable, and technically uncompromising in its performance. Findings and data from clinical practice are essential in order to optimally adapt the systems to the needs of patients and continuously improve control.
In medical contexts, exoskeletons offer advantages such as:
- Wiederherstellung von Mobilität – etwa bei MS, Rückenmarksverletzungen oder Schlaganfallpatient:innen durch gezieltes Gangtraining, zum Beispiel beim Einsatz in der Rehabilitation nach einem Schlaganfall, wo Patienten mithilfe des Exoskeletts gezielt das Gehen neu erlernen,
- Ergonomics in nursing and surgery – cylinder-supported support systems in particular relieve nursing staff and medical personnel during lifting and holding movements.
- Complementary integration with physical therapy and robot-assisted training—known as exo-rehabilitation—to support physical strength, balance, and neuroplastic processes.
Explore your solution for medicine and healthcare – and join us in creating innovations that save lives.
Precision and efficiency in therapy and surgical procedures
In modern medicine, precision and efficiency are essential for successful therapy and surgical procedures. For a customer project, Cytec develops and manufactures high-precision, compact cylinder systems that are installed in exoskeletons. These cylinders ensure precise control and controlled movement sequences thanks to precise manufacturing tolerances and robust construction. This optimizes the functionality of the exoskeletons and significantly increases the efficiency of therapy.
Certified quality: Cytec cylinder technology with continuous product development and quality testing
Cytec cylinder technology stands for maximum safety and reliability in medical applications – thanks to continuous product development and comprehensive quality testing. At Cytec, every cylinder undergoes a continuous improvement process that utilizes innovative technologies and precise manufacturing methods. In addition, all components are regularly subjected to extensive quality controls to meet the strict requirements of the healthcare and mechanical engineering industries.
This ongoing optimization ensures that the cylinders always meet the highest standards and provide precise and stable support in therapy and surgical procedures. In this way, Cytec creates the highest level of trust and safety for patients and medical staff alike.
"Contributing to manufacturing brings joy – because here, we create something that serves health." – Manufacturing employee
Cylinder technology for exoskeletons
