In its early stages, stage machinery was predominantly manually operated. For instance, ancient Greek theaters utilized *mechane* devices for lowering objects, while stages in ancient Rome employed front curtains that rose from below. During the Renaissance, the Italian artist Leonardo da Vinci designed a revolving stage for theatrical productions. In Japan, the Kabuki performer Namiki Gohei invented and utilized a wooden revolving stage. During the Qing Dynasty in China, court dance stages employed human-powered winches to operate systems for lifting and lowering performers.
With the advent of the electrical age, stage machinery gradually transitioned to electric-powered systems. As electricity became widely adopted, both the design and operational methods of stage machinery underwent a fundamental transformation.
In recent years, advancements in computer technology and digital control systems have ushered stage machinery into a new era. Modern stage machinery is now controlled via computer programs, achieving a high degree of automation and intelligence through the application of technologies such as PLC control and multi-motor synchronization.