一种自动送料和落料的高效锯切超短铝工件加工方法

The automated sawing of ultra-short aluminum profiles is achieved through high-pressure gas jet technology and PLC control, solving the problems of low sawing efficiency, poor safety, and difficulty in quality control, and realizing an efficient and safe automated sawing process.

CN117123853BActive Publication Date: 2026-07-17GUANGXI TIANHENG AUTO COMPONENT MFG CO LTD +1

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
GUANGXI TIANHENG AUTO COMPONENT MFG CO LTD
Filing Date
2023-09-22
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Existing technologies suffer from low efficiency, poor safety, and difficulty in controlling sawing quality when sawing ultra-short aluminum profiles. In particular, they are lacking in automated control of unloading after sawing, resulting in high equipment costs and difficulty in modifying ordinary equipment.

Method used

High-pressure gas injection technology is used to push the sawn ultra-short profiles to the discharge side for collection through the jet pipe. Combined with PLC and pedal switch control, the feeding, length setting, clamping and unloading are automated, avoiding manual operation and using the saw's own motion for automation.

Benefits of technology

It enables fully automated sawing of ultra-short aluminum profiles, improving sawing efficiency and safety, ensuring consistent profile length and sawing quality, and reducing equipment modification costs and operational complexity.

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Abstract

一种自动送料和落料的高效锯切超短铝工件加工方法,锯切后的超短型材通过喷气管向其喷射,将其推送至锯切台的出料侧进行收集;所述喷气管通过气管与踏板开关的出气管口连接,踏板开关的进气管口与气源空气管连接;踏板开关安装在锯切台面上,其踏板位置与固定在吸尘罩侧面的压杆匹配。本发明适用于超短长度型材的全自动锯切作业,具有自动化程度高,无需人工操作;安全性高,无需人工卸料,避免近距离接触锯片和型材;长度定位精确,切斜度得到较好控制。
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