Sentence examples for machine tool configurations from inspiring English sources
Owing to the fact that current research on multi-axis postprocessor methods only deals with machine tool configurations whose linear and rotational movements are orthogonal, this study has presented a postprocessor algorithm for the five-axis machine tool with a nutating head whose rotational axis is in an inclined plane.
Machine tool configuration and fixture constrain operations in process planning.
However, during the first steps of planning new production processes neither the customer nor the manufacturer of a new machine tool knows the resulting effectiveness of the composed machine tool configuration.
This machine simulation should automatically adjusts the virtual model according to the current machine tool configuration, taking into account 3D geometry, kinematic structure and its performance characteristics, e.g. acceleration and velocity.
Once the specific machine tool configuration is given, one important objective in planning a five-axis machining operation is to reduce the total amount of energy consumption, which is not only particularly pertinent for mass production type operations but also plausible in today's energy-conscientious environment.
It is pointed out that configuration parameter is the most important factor affecting the fundamental frequency of machine tools, and configuration parameter has less effect on lower-order modes of the system than others.
In this work, a new universal post processing algorithm considering geometric error for multi-axis machine tool with arbitrary configuration.
In multi-axis machine tool systems, the configuration of system gains and the coordination of redundant degrees of freedom are often a problem of insurmountable difficulty.
We conclude that the proposed model can be used to accurately evaluate the dynamic performance of machine tool systems designed with various configurations and with different linear rolling components.
The expansion of this basic idea on five-axis machine tools with other configurations is also provided.
According to the orthogonal experiment method, four configuration parameters of machine tool are considered as four factors for dynamic characteristics.
