An efficient bending machine

Abstract

The invention discloses an efficient bending machine. The efficient bending machine comprises a shell. A supporting table is arranged at the bottom of an inner cavity of the shell. A working table is arranged on the supporting table. A bending plate is arranged on the working table and comprises a break point shaft, an upper plate, force measurement rods, a lower plate and movement bases. The upper ends of the force measurement rods are connected with the upper plate. The lower ends of the force measurement rods are connected with the lower plate. The break point shaft is arranged on the top of the upper plate. The movement bases are arranged at the bottom of the lower plate. According to the efficient bending machine, the break point shaft is used, and therefore a break point of bending operation can be more accurate, and the production quality is improved. The movement bases and movement grooves are used in cooperation, and therefore fixation operation does not need to be conducted multiple times when materials need to be bent multiple times, and the operation procedure of the bending operation is simplified. By using the force measurement rods, the situation that because the hardness of the materials is too large, the bending machine is damaged is prevented.

Description

technical field [0001] The invention relates to the technical field of hardware processing, in particular to an efficient bending machine. Background technique [0002] Steel bar bending machine is one of the commonly used engineering machinery in the construction industry. It mainly processes steel bars into various shapes to meet production needs. With the development of industrial production, the production and use of domestic steel bar bending machines have recently shown a rapid growth trend. All kinds of steel products are widely used in all aspects of modern engineering, especially in construction. Therefore, many technicians are working on steel bending machines to achieve high-efficiency production. [0003] The inflection point of the traditional bending machine is not accurate enough, and the inflection point of the steel bar is manually controlled, thereby reducing the production quality, and at the same time increasing the manpower expenditure and increasing th...

AI Technical Summary

Problems solved by technology

[0003] The inflection point of the traditional bending machine is not accurate enough, and the inflection point of the steel bar is manually controlled, thereby reducing the production quality, and at the same time increasing the manpower expenditure and increasing the cost. If multiple inflection points are required, multiple fixing operations are required, thereby It increases the complexity of the bending operation, further increases the manpower expenditure, increases the cost, and reduces the work efficiency. During the bending process, the bending machine may be damaged due to the excessive hardness of the material, thereby reducing the The service life of the bending machine increases the cost and reduces the safety of the bending operation

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