A numerically controlled reinforcement machine

Abstract

The invention discloses a numerically controlled reinforcement machine, which comprises a frame, a power mechanism, an electric control mechanism, and a steel bar guiding mechanism, a double centrifugal straightening mechanism, a traction mechanism, a hydraulic shearing double-head bending mechanism, and a steel bar guiding mechanism arranged on the frame in sequence. machine, limit and material support mechanism; the double centrifugal straightening mechanism includes two reversely set straightening machines; the electric control mechanism is respectively connected to and controls the double centrifugal straightening mechanism, traction mechanism, A bending machine and a limit and material support mechanism; the power mechanism is respectively connected with a steel bar guiding mechanism, a double centrifugal straightening mechanism, a traction mechanism, a hydraulic shearing double-head bending machine, and a limit and material support mechanism. The present invention achieves high-precision straightening through two reversely arranged straightening machines, reduces the deformation of steel bars after straightening, and the user only needs to set the length, angle and quantity of elbows to complete it automatically. Shearing machine and bending machine are integrated.

Description

technical field [0001] The invention relates to the field of construction machinery, in particular to a numerically controlled reinforcement machine. Background technique [0002] In recent years, steel bar straightening and cutting machines are mainly used in the market, using single centrifugal straightening mechanism or flat wheel straightening mechanism, and the bending and forming of subsequent processing are mainly processed manually on an independent one-way bending machine, which is labor-intensive and difficult to process Low efficiency, poor security, low energy efficiency. The current CNC all-in-one machine for reinforcement is driven by multiple servo motors, and the manufacturing cost is high; the straightening effect of the steel bar is poor when the plane is straightened; the flatness of the bent double elbow is difficult to guarantee, and its structure is complex and maintenance Difficulty and unstable equipment performance. Contents of the invention [0...

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Problems solved by technology

[0002] In recent years, steel bar straightening and cutting machines are mainly used in the market, using single centrifugal straightening mechanism or flat wheel straightening mechanism, and the bending and forming of subsequent processing are mainly processed manually on an independent one-way bending machine, which is labor-intensive and difficult to process Low efficiency, poor security, low energy efficiency

The current CNC all-in-one machine for reinforcement is driven by multiple servo motors, and the manufacturing cost is high; the straightening effect of the steel bar is poor when the plane is straightened; the flatness of the bent double elbow is difficult to guarantee, and its structure is complex and maintenance Difficulty and unstable equipment performance

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