Development and analysis of a holistic function-driven adaptive assembly strategy applied to micro gears

Abstract

The precision and functionality of an assembly heavily depend on the dimensions of its components, which can often lead to quality issues. However, increasing precision can be expensive and impractical. Alternative methods, such as adaptive assembly and optimization, can help achieve high-precision assemblies using less precise components. Adaptive assembly involves adjusting the assembly process to account for component variations, which can improve accuracy and reduce errors. Optimization techniques can be used to identify the most efficient and effective assembly strategy for a given set of components, taking into consideration factors such as complexity, volume, cost, and quality. This paper proposes an exclusive adaptive assembly strategy for micro gear pairing by evaluating and comparing different assembly strategies. Manufacturers can determine the best fit for their specific needs and enhance the precision and functionality of their assemblies.