Stability | Balance | Symmetry
Stability, balance and symmetry are essential considerations in mechanical design because they help ensure the safe and efficient operation of the system.
Accuracy | Precision | Resolution
Accuracy, precision and resolution are critical factors in manufacturing that are essential in ensuring products meet the intended specifications and requirements. Accurate and precise measurements enable manufacturers to perform quality control checks, identify areas for improvement, optimize production processes and comply with industry regulations and standards.
Design Theories
Mechanical design theories are a set of principles, methods, and practices used to develop and optimize mechanical systems and components. These theories are based on the principles of physics, mathematics, and engineering and include concepts such as stress analysis, material selection, kinematics, and control systems.
Independent Functions
Independent functions refer to the ability of individual components or subsystems to perform their intended function independently, without relying on other parts or systems to function properly. This design approach is often used in advanced manufacturing processes where high precision, efficiency, and reliability are critical.
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