Electromechanical System Design with Precision Motion Control
This project involved the design and development of a precision mechanical and electromechanical system for applications requiring high accuracy, stability, and reliable performance. The system was engineered to support complex integration while maintaining manufacturability and robustness.
Engineering Challenge
The primary challenge was achieving precise mechanical performance while integrating multiple subsystems within defined constraints. The design required careful attention to tolerances, material selection, and interface alignment to ensure consistent and repeatable operation.
Design Approach
The system was developed using a structured engineering approach including:
3D CAD and FEA modeling and detailed mechanical design
Tolerance analysis and GD&T application
Integration with electromechanical components and control systems
Design for manufacturability and assembly
System-level integration and testing considerations
Precision mechanical and electro-mechanical system design
Integration of motors, sensors, and motion components
Mechanical support for control and feedback systems
Structural and vibration analysis for stiffness and dynamic performance
Key Features
High-precision mechanical alignment
Integration with electromechanical subsystems
Robust structural design for stability
Manufacturable and scalable architecture
Optimized for repeatability and performance
Results
The final system achieved reliable mechanical performance with consistent repeatability and stable integration into the overall system. The design supported efficient manufacturing and dependable operation in real-world applications.
Product:
First combined SPECT-X ray CT Imaging capital equipment in the industry. This uses the digital X ray imaging combined with SPEC imaging to provide high resolution 3D image. We contributed to development of digital X-ray imaging system and developed the integration strategy for these to different method of imaging equipment.
Based in California, we provide engineering consulting services to clients across the United States.
