can you machine a gearbox frame that is thick?

Drilling and milling activities are no longer only performed on a single equipment. A slight variation in gear box design can provide manufacturers with a single choice approach to prevent this manufacturing process complication. These two distinct tasks can be completed on a single machine using a liver-based shifter that serves as a differential to switch gear systems. Torque creation will be crucial to the aforementioned operations that have been proposed. According to the survey conducted prior to the thesis basic papers, low torque is best for milling, while high torque is best for drilling. In order to conserve machine space and achieve optimal drilling and milling results, the gear box outline will remain the same for casing.

Finite element analysis will be used to analyze the entire design in terms of the torque that will be applicable at each point with various speed ratios on various materials. Simulations on each material with torque applications and performance evaluations against earlier designs of general-purpose machines will be submitted. The gear box alignment will be changed by a lever in two stages, with the torque increasing for drilling and reducing for milling operations.

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