The study of muscular contraction along the skeletal muscle system is critical for medical applications. In this context, the integration of ultrasound imaging with other muscle-related signals presents a promising avenue for comprehensive assessment and understanding of musculoskeletal conditions. Muscle ultrasound has emerged as a valuable tool in clinical and research settings, offering reliability and detailed visualization of muscle structures. When extracted from real-time ultrasound images, it shows potential for applications in powered prostheses control and dynamic assessment of musculoskeletal functions. These applications point out to a gap in muscle assessment via ultrasound in combination with other myosignals. This paper presents a synchronous signal acquisition model through Verasonics and BITalino platforms to help with applications in Human-Machine Interface (HMI) devices, prosthetic control, healthcare field and physiological studies.