The machine weight and external dimensions of the CNC end face cylindrical grinder are important parameters for measuring its manufacturing quality and transportation and installation convenience.
The weight of a machine tool refers to the total weight of the entire machine, including the main engine, control system, transmission system, cooling system, and other parts. The importance of machine weight lies in its reflection of the overall structure and rigidity of the grinder, as well as its impact on the production cost and transportation safety of the grinder. Generally speaking, heavier machine tools have better stability and rigidity, which can ensure higher machining accuracy and efficiency. At the same time, the weight of machine tools also affects the convenience of transportation and installation. Overloaded machine tools can cause difficulties in transportation and increase installation costs.
The external dimensions refer to the length, width, and height dimensions of the grinder. The external dimensions are of great significance for the transportation, installation, and workshop layout of grinding machines. During transportation, excessively large external dimensions can increase the difficulty and cost of transportation. During installation, excessive external dimensions can lead to insufficient installation space or increased installation difficulty. In addition, the external dimensions also affect the layout of the grinder in the workshop and its coordination with other equipment. Therefore, when choosing a CNC end face cylindrical grinder, it is necessary to fully consider the limitations of the external dimensions to ensure the smooth transportation, installation, and use of the machine tool.
In summary, the machine weight and external dimensions of the CNC end face cylindrical grinder are important parameters that directly affect the performance, manufacturing and transportation costs, and ease of use of the grinder. When selecting and using a CNC end face cylindrical grinder, it is necessary to comprehensively consider the actual needs and limitations in order to choose the appropriate machine weight and external dimensions.