Multi-axis sawing machine with sawing paths and sawing angles adjustable

Abstract

The invention belongs to the technical field of automobile part machining equipment, and provides a multi-axis sawing machine with adjusting sawing paths and sawing angles adjustable. The multi-axis sawing machine comprises a main rack which is provided with a main motion frame, an upper motion frame and a sawing mechanism; the main motion frame is provided with a first driving mechanism, the upper motion frame is provided with a second driving mechanism, a third driving mechanism is arranged between the upper motion frame and the sawing mechanism, and the sawing mechanism is provided with a fourth driving mechanism; the main rack is further provided with a product fixing mechanism opposite to the sawing mechanism, and the lower end of the product fixing mechanism is provided with an angle adjusting assembly. The multi-axis sawing machine has the advantages that spatial three-dimensional adjusting can be achieved through a servo motor, so that a saw blade can flexibly adjust the cutting angle according to automobile parts of different end structures; in addition, the whole saw blade is adjustable in rotating speed and controllable in path; meanwhile, the lower end of the product fixing mechanism is provided with the angle adjusting assembly, therefore, multiple automobile part products can share one machine, and the utilization rate of the sawing machine is improved.

Description

technical field [0001] The invention belongs to the technical field of auto parts processing equipment, and relates to a multi-axis sawing machine with adjustable sawing paths and sawing angles. Background technique [0002] When processing automobile door frame accessories, most of these automobile door frame accessories are formed by rolling. During production and processing, they need to be cut to a certain length with sawing equipment as required. In the prior art, sawing machines are usually used for sawing and cutting processing: the existing sawing machines use oil cylinders to drive up and down movements, and the sawing is a relatively fixed path, that is, it is necessary to set up the sawing machine at the beginning. The cutting path and sawing angle need to be adjusted again when another product is replaced, and the speed of the saw blade cannot be changed. The entire sawing machine has low efficiency and poor precision, and the saw head cannot be flexible. The ad...

AI Technical Summary

Problems solved by technology

In the prior art, sawing machines are usually used for sawing and cutting processing: the existing sawing machines use oil cylinders to drive up and down movements, and the sawing is a relatively fixed path, that is, it is necessary to set up the sawing machine at the beginning. The cutting path and sawing angle need to be adjusted again when another product is replaced, and the speed of the saw blade cannot be changed. The entire sawing machine has low efficiency and poor precision, and the saw head cannot be flexible. Due to the adjustment of the space angle, the accuracy of the cutting angle cannot be guaranteed, and the processing of various car door frame accessories with different structures on the same sawing machine cannot be realized.

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