Double-station numerical control machining center

Abstract

The invention discloses a double-station numerical control machining center which comprises a main machine tool component and an upper discharging component, wherein the upper discharging component comprises two material storing shelf components, two feeding mechanisms, two discharging mechanisms and two material clamping mechanisms symmetrically mounted on a mounting frame at the left side and the right side for forming the material storing, feeding, clamping and discharging function; a structure on a pedestal component is used for adjusting the distance of the mounting frame and used for offering the power output for feeding and discharging operation; the main machine tool component can be driven by the motor lead screw driving mechanism for moving in X axis direction, two Y axis components are mounted on the X axis mobile pedestal and driven by the motor lead screw driving mechanism for moving in Y axis direction; two Z axis components are respectively fixed at the ends of two Y axis components, and rotating shaft components are mounted on the Z axis moving plate; the AB rotating shaft components are connected with the an electric main shaft in a driving mode, and the electric main shaft is four-end electric main shaft; four cutters are arranged on each of two four-end electric main shaft, and eight different cutters are used for processing the wood.

Description

technical field [0001] The invention relates to a woodworking machine tool, in particular to a double-station woodworking machine tool. Background technique [0002] At present, the processing equipment for woodwork components and other furniture strip woodwork components in table and chair furniture includes woodworking milling machines, woodworking drilling machines, double-end tenoning machines, double-end saws, comb machines, etc. Carry out edge milling, slot milling, drilling, mortising, mortising, sawing, combing and other processing on wood pieces. [0003] The processing of the above-mentioned solid wood workpieces usually involves multiple processes, such as edge milling, slot milling, drilling, mortising, mortising, sawing, combing, etc., but the existing equipment has a single function and can only be processed on the workpiece. For the processing of one or two processes, different processes require different machine tools, and workpieces usually need to be clamp...

AI Technical Summary

Problems solved by technology

[0003] The processing of the above-mentioned solid wood workpieces usually involves multiple processes, such as edge milling, slot milling, drilling, tenoning, mortising, sawing, combing, etc., but the existing equipment has a single function and can only be processed on the workpiece. For the processing of one or two processes, different processes require different machine tools, and workpieces usually need to be clamped manually, resulting in high investment equipment costs, low processing efficiency, high workpiece management costs, and low processing accuracy.

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