The goal is the lightest weight 2 ton chain hoist, considering the cost of a variety of factors electric cable hoist, technology manual hoist, production management and carrying capacity . Optimization Design and implementation of a long period of difficulty is not to determine the optimal design solution 2 ton hoists, so as to consider design objects from the main parameters to various factors such as the main structural components 2 ton chain blocks, to achieve the desired goal.the finite element method can be applied for the actual working conditions of products, reasonable structure using boundary conditions electric cable hoist, the structure of the actual use of quantitative analysis and calculation , which for analyzing the structure of complex systems analysis is very effective , and the method can be combined with 2 ton chain hoist relevant software gives a comprehensive and effective calculation and image graphics ( dynamic and static display manual hoist) .
Using the finite element method manual hoist, the object can be analyzed as a solid model to calculate , given the structure of a comprehensive stress value 2 ton chain hoist, thereby laying the foundation for optimal design and lightweight design .
Main modular design makes parts and components are completely interchangeable with , for example, shorten design cycles 2 ton manual hoist, reduce production costs , but the most important thing is to achieve the best lightweight products to meet the performance requirements under the premise of user manual hoist configuration . At present the new design philosophy is to use modular design approach , integrating market data, historical reference design information , under strict guidance of scientific theory 2 ton chain hoist, to complete the modular components of the database system electric cable hoist, in order to build the desired product .
