The design of upper and lower bead mechanical system
Abstract
Abstract: With the rapid economic development, endless accessories to jewelry crystal bead curtain represented again the darling of the market. Traditional hand-beading, completely independently by the workers, inefficient, consuming a lot of manpower, and production has been far from satisfying the needs of the community, so beading mechanization is imminent. The mechanical equipment has been designed from the traditional two-dimensional to three-dimensional design, this study conducted by SolidWorks Design and Analysis of the beading machine.
Pearl mechanical system on the market is very rare today. This design, the mechanical system under the bead is the first time. The system organization is simple, that be designed to meet the requirements of low-cost production, and promoting production efficiency, for the development of the industry. The system contains a number of common institutions, so that the system will be widely used in machinery industry, and laid the foundation for the development of mechanical system . In addition, the system contains many advantages, such as the tasks performed by various agencies clarity, system stability, and producing various specifications of Tamaki to make the Button Fastening Machine system is suitable for producing various specifications of the machine product. The system has a simple and efficient institutions, and has so many advantages, beads machine system conforms to the trend for future trade beads machine system to provide a sufficient driving force.
Keywords: Machine automation system SolidWorks modeling Tamaki system
