Full-automatic metal working machine

Abstract

The invention relates to the field of mechanical equipment. A full-automatic metal working machine comprises a machine frame, a protective cover device, a lubrication device, a hydraulic device, a controller, a cooling device, a working device, a machining debris recovery device and a manipulator device. The working device, the machining debris recovery device, the recovery device and the protective cover device are mounted on the machine frame. The working device is covered with the protective cover device. The controller controls the hydraulic device and the working device to act. The working device comprises a clamp mechanism, a drilling mechanism, a tapping mechanism and a chamfering mechanism. The full-automatic metal working machine has the advantages that feeding, discharging, double-hole drilling, double-hole tapping and double-edge chamfering of a workpiece can be automatically completed, the protective cover device can effectively prevent metal debris from flying out of equipment in the working process, and the machining debris recovery device can conveniently recover metal debris.

Description

technical field [0001] The invention relates to the field of mechanical equipment, in particular to a fully automatic machine tool. Background technique [0002] Support plates are widely used in mechanical connection mechanisms. Most of the support plates need to be drilled, and the installation and connection are realized through the hole positions. The support plates used in some products with high design precision require high connection accuracy, that is, the support plates are required The drilling precision is high. For example, for a certain type of support plate, two top connection holes need to be drilled on the top, and tapping holes with the same position and height need to be drilled on the two sides, and at the same time, the two side tops need to be chamfered. The two top connection holes are Inclined, the position, size and angle of the top connection hole and the tapping hole have high precision requirements, that is, high processing precision requirements....

AI Technical Summary

Problems solved by technology

At present, the hole position processing process of the support plate is: first fix the support plate workpiece, punch a top connection hole through a punching machine, then remove the support plate workpiece to replace the position, and then drill the top connection hole on the other side, and then remove the support Plate workpiece replacement equipment, through the tapping drill to process the tapping holes on both sides of the support plate workpiece, and then remove the support plate workpiece replacement equipment, chamfer the support plate workpiece through the chamfering device, and process the existing holes Equipment processing the above-mentioned supporting plate requires repeated loading and unloading of the supporting plate workpiece, which is not only cumbersome to operate, but also has low processing accuracy

In the process of metal processing, not only the noise is loud, but also the metal chips are recovered by manual cleaning. It is not only difficult to recycle the metal chips with a particularly small volume, but also the most likely to affect the environment.

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