Integra Biomechanics Scanner vs MyoRocket

Esta aplicación está diseñada para las clínicas asociadas de Integra Biomecánica. Está destinado a profesionales de la salud que desean diseñar ortesis de pie personalizadas y trabajar con Integra Biomecánica. La app elimina los métodos tradicionales de escayola, consiguiendo un proceso preciso, limpio y rápido. A través de Ingeniería Inversa y algoritmos de software para superficies orgánicas, generamos el diseño y fabricamos las ortesis de pie a la medida con equipos CNC de alta precisión. En Integra Biomechanics nos dedicamos, desde 2003, al diseño y confección de plantillas ortopédicas. Estamos ubicados en Ciudad Acuña, Coahuila, México. ibdigitales@gmail.com This app is designed for Integra Biomechanics and its associated clinics. It is intended for healthcare professionals who want to design custom foot orthotics and work with Integra Biomechanics. The app eliminates the traditional methods of plaster casting, achieving a precise, clean and quick process. Through Reverse Engineering and software algorithms for organic surfaces, we generate the design and manufacture the custom foot orthotics with high-precision CNC equipment. At Integra Biomechanics, since 2003, we have been dedicated to design and manufacture of custom foot orthotics. We are located in Ciudad Acuna, Coahuila, Mexico. Border with the US state of Texas. ibdigitales@gmail.com

Advanced upper limb prosthetic hands allow users to control the device using forearm muscles. Prosthetic professionals need to design a prosthetic socket with myoelectric electrodes that capture the best signal—meaning the patient can easily contract the muscle, and this activity is detected by the electrode. In addition to optimal electrode placement, signal amplification must be set to ensure the signal is well observed within a defined scale. However, even the best electrode placement won't ensure long-term functionality of the robotic hand unless the patient exercises their forearm muscles and feels comfortable with various contraction and relaxation sets. The MyoRocket device and app offer a modern solution for professionals and their patients to address these challenges. Real-time signals can be observed and adjusted as needed through electrode placement and signal amplification. Patients can enhance their prosthesis control by playing games designed to train and develop their forearm muscles. The MyoRocket system supports remote training, with sessions that can be streamed in real-time and recorded for clinician examination. Patients can now train their muscles at home under professional supervision.