Diagnostic Device for Hip Joint – Design and Development
In this project, a diagnostic device for the analysis of the hip joint was developed for medical and research applications. The objective was to create a system capable of delivering precise and reproducible measurement results while ensuring ergonomic and user-friendly operation.
Initial situation and requirements
In medical diagnostics and biomechanics, accuracy and repeatability are essential. The device needed to support controlled movement and reliable measurement of joint behavior under defined conditions.
Key requirements:
- precise and reproducible measurement of motion and force parameters
- stable and vibration-free mechanical structure
- ergonomic design for both patient and operator
- adjustable settings for different testing scenarios
- safe and reliable operation in medical environments
Technical implementation
The diagnostic device was designed with a focus on mechanical precision, measurement accuracy and user interaction. Particular attention was given to motion guidance, structural stability and sensor integration.
Key features of the solution:
- precisely guided mechanical system for controlled joint movement
- stable frame structure to minimize measurement deviations
- integration of sensors for data acquisition
- ergonomic interfaces for patient positioning and operation
- modular design for flexibility and future adaptation
The system was fully developed in CAD and optimized for manufacturing, assembly and long-term use.
Result and added value
The developed diagnostic device enables accurate analysis of hip joint function and supports both clinical diagnostics and research applications. Its precise and reproducible measurements improve the reliability of results and decision-making.
Key benefits:
- high measurement accuracy and repeatability
- ergonomic and user-friendly operation
- stable and reliable construction
- versatile use in medical and research environments
- durable and maintenance-friendly design