Three-axis synchronous feeding device

Abstract

The invention discloses a three-axis synchronous feeding device. A left side material pressing device head and a right side material pressing device head are arranged on a milling lathe bed and on the two sides of a milling device. A left servo motor arranged on the left side material pressing device head drives the left side material pressing device head to move along a left side linear guide rail on the milling lathe bed. A right servo motor arranged on the right side material pressing device head drives the right side material pressing device head to move along a right side linear guide rail on the milling lathe bed. A feeding lathe bed is arranged on the left side of the milling lathe bed, a feeding linear guide rail is arranged on the feeding lathe bed, and a feeding servo motor arranged on a feeding device head drives the feeding device head to move along the feeding linear guide rail. Feeding mechanical arms are installed on the feeding device head and provided with jaws. The left servo motor, the right servo motor and the feeding servo motor are connected with a synchronous control system. Compared with the prior art, the three-axis synchronous feeding device has the advantages that a next machining cycle can be performed without waiting for loading and unloading of sectional bars, continuous machining of multiple sectional bars can be achieved, efficiency is high, labor intensity is low, and X-direction long holes of the sectional bars can be convenient to machine.

Description

[0001] technical field [0002] The invention relates to the technical field of processing equipment for aluminum door, window and curtain wall profiles, in particular to a milling processing equipment for aluminum door, window and curtain wall profiles. Background technique [0003] At present, aluminum door and window curtain wall profile holes and grooves are generally milled using aluminum door and window processing centers. There are guide rails, the machine head is set on the head slide plate, the head slide plate can move horizontally on the bed, the tool magazine is set above the machine head, and the workbench is equipped with a workpiece clamping device. The existing machining center needs to wait after processing the profile. The next processing cycle can only be carried out after the profile is loaded and unloaded, that is, only a single profile can be processed, and continuous processing of multiple profiles cannot be realized. The processing method has the disa...

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Problems solved by technology

[0003] At present, aluminum door and window curtain wall profile holes and grooves are generally milled using aluminum door and window processing centers. There are guide rails, the machine head is set on the head slide plate, the head slide plate can move horizontally on the bed, the tool magazine is set above the machine head, and the workbench is equipped with a workpiece clamping device. The existing machining center needs to wait after processing the profile. The next processing cycle can only be carried out after the profile is loaded and unloaded, that is, only a single profile can be processed, and continuous processing of multiple profiles cannot be realized. The processing method has disadvantages such as low efficiency and high labor intensity.

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