Combinable multifunctional profile processing machine

Abstract

The invention discloses a combinable multifunctional profile processing machine which comprises a feeding function unit, a translation saw cutting function unit, a drilling function unit B and a feeding clamp C. The drilling function unit and the saw cutting function unit are installed on one side of the feeding function unit; the feeding function unit comprises a feeding rack; a guide rail is installed on the feeding rack; and a sliding block is installed on the guide rail. According to the combinable multifunctional profile processing machine provided by the invention, flexibility, machine cost and use convenience are considered, the effects of combinable, adjustable, multifunctional and separable functional parts are fully achieved, flexibility of laser and efficiency of a punching machine type are considered, meanwhile, the machine cost is reduced, and the machine can adapt to the market which cannot be covered by laser and fixed machine types, fills up the blank of the market, really liberates people, and does not need to process profiles by manual operation.

Description

technical field [0001] The invention relates to the field of profile processing, in particular to a combinable multifunctional profile processing machine. Background technique [0002] The profile is a long material with a certain cross-sectional shape. The profile is widely used. According to the different materials, there are steel, aluminum, copper, plastic, etc. According to the different cross-sectional shapes, there are channel steel, angle steel, I-beam, square tube, Round pipe, special-shaped pipe, bar, flat steel, etc., profile processing is a widespread processing form. The current profile processing methods include laser cutting, plasma cutting, and profile punching and cutting machine operations, but these methods all exist. Many inconveniences cause people to still use manual work in a large number. [0003] Laser processing method, the machine cost is relatively high, the production economy and efficiency are not good, especially for large thick plate profiles...

AI Technical Summary

Problems solved by technology

[0002] The profile is a long material with a certain cross-sectional shape. The profile is widely used. According to the different materials, there are steel, aluminum, copper, plastic, etc. According to the different cross-sectional shapes, there are channel steel, angle steel, I-beam, square tube, Round pipe, special-shaped pipe, bar, flat steel, etc., profile processing is a widespread processing form. The current profile processing methods include laser cutting, plasma cutting, and profile punching and cutting machine operations, but these methods all exist. Many inconveniences lead to people still doing a lot of manual work

[0003] Laser processing method, the machine cost is relatively high, the production economy and efficiency are not good, especially for large thick plate profiles, the economy is even worse, the machine with fixed model and fixed mold form has higher efficiency than laser, but the form is too fixed, only It is suitable for the production of large quantities of parts with simple varieties or product structures; moreover, both are fixed models with poor variability and cannot achieve standardized mass production. Therefore, we propose a combinable multifunctional profile processing mechanical

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