A profile sawing device

Abstract

The invention discloses a profile material sawing device. The profile material sawing device comprises a rack provided with a bedplate with a saw blade hole. A saw blade mechanism corresponding to the saw blade hole is arranged below the saw blade hole. The bedplate is provided with a sawing clamping mechanism which is located above the saw blade hole and provided with a short material feed mechanism. A feed guide rail is arranged on one side of the saw blade hole and provided with a clamping feed mechanism sliding along the feed guide rail. The short material feed mechanism comprises a sliding frame. One end of the sliding frame is located on the feed guide rail and slides along the feed guide rail, and the end face of the end, located on the feed guide rail, of the sliding frame is abutted against the clamping feed mechanism movably. A driving mechanism is connected to the sliding frame. A transverse clamping assembly is arranged on the side wall of the sliding frame. In the profile material sawing device, conveying of a long-strip-shaped material and a short material is located by the clamping feed mechanism, thus the locating consistency is ensured, locating is accurate, clamping of the short material is achieved through the short material feed mechanism, thus the short material can be sawn completely, generation of waste is reduced, and the production cost is reduced.

Description

technical field [0001] The invention belongs to the field of profile processing, in particular to a profile sawing device. Background technique [0002] In the process of profile processing, the long profile is generally extruded through extrusion molding, and then the long profile is sawed into sections as required. Sawing work is generally done with a sawing device. The existing sawing device generally adopts manual feeding, which is a semi-automatic device, and the existing sawing device can only saw long strips, and generally there are short materials at the end of sawing, and the short materials cannot be positioned transportation, so it can only be handled separately. [0003] The traditional sawing device has the following disadvantages: manual feeding is used, the positioning accuracy is low, the product quality is reduced, and the work efficiency is low; short materials cannot be sawed, which increases waste and working procedures, which is not conducive to reduci...

AI Technical Summary

Problems solved by technology

The existing sawing device generally adopts manual feeding, which is a semi-automatic device, and the existing sawing device can only saw long strips, and generally there are short materials at the end of sawing, and the short materials cannot be positioned transport, so it can only be processed separately

[0003] The traditional sawing device has the following disadvantages: artificial feeding, low positioning accuracy, lower product quality, and low work efficiency; it is impossible to saw short materials, increasing waste and working procedures, which is not conducive to reducing production costs

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