A hot rod saw

Abstract

The invention discloses a hot stick saw, wherein the hot stick saw comprises a first support frame, a material feeding table, a second support frame, a rotation table, a laser tester, a third support frame, a convey assistant device and a cutting saw device, wherein the third support frame is arranged at one side of the first support frame, the convey assistant device is arranged on the third support frame and used for conveying an aluminum stick cooperating with the material feeding table and the cutting saw device is arranged between the first support frame and the second support frame. The cutting saw device comprises a motor base, a first guiding rail, a guiding plate, a cutting saw body, a first motor and a cutting chip collecting groove, wherein the first guiding rail inclines to one side of the supporting frames; the guiding plate sliding obliquely is arranged on the first guiding rail; the cutting saw body is arranged on the guiding plate, the first motor in transmission with a cutting saw belt is arranged on the guiding board, and the cutting chip collecting groove with an opening larger than the diameter of the cutting saw body is formed in the motor base which is located on the bottom of the cutting saw body. The cutting saw body cuts the aluminum stick on the material feeding table obliquely downwards. The opening position of the cutting chip collecting groove corresponds to the direction that cutting chips are generated obliquely downwards after the cutting saw body cuts the aluminum stick obliquely downwards. The hot stick saw has the effects that power is saved, the structure is durable, materials are saved, machining is conducted automatically, labor cost is saved, and the working efficiency is improved.

Description

technical field [0001] The invention belongs to the field of aluminum rod processing, in particular to a hot rod saw. Background technique [0002] At present, when processing aluminum materials on the market, aluminum rods need to be cut to length and hot-sawed before being sent to an extrusion machine to be extruded into aluminum profiles. [0003] The traditional long rod length detection process is before the heating process. During the production process, it is often necessary to replace and exchange aluminum rods of different sizes or different alloy types due to different orders. The extra aluminum profiles will artificially remove the aluminum rods in the heating furnace. Go, this leads to the confusion of the parameters automatically set in advance by the PLC control system; and the traditional aluminum rod fixed-length and hot sawing equipment has the defects of unparalleled sawing function, resulting in waste of bar material, poor measurement accuracy, and poor sy...

AI Technical Summary

Problems solved by technology

[0003] The traditional long rod length detection process is before the heating process. During the production process, it is often necessary to replace and exchange aluminum rods of different sizes or different alloy types due to different orders. The extra aluminum profiles will artificially remove the aluminum rods in the heating furnace. Go, this leads to the confusion of the parameters automatically set in advance by the PLC control system; and the traditional aluminum rod fixed-length and hot sawing equipment have the defects of unparalleled sawing function, resulting in waste of bar material, poor measurement accuracy, and poor system adaptability

Also, when the cutting saw cuts the aluminum rod, it cuts the aluminum rod horizontally. Figure 8 As shown, with this sawing method, the chips fall vertically, and the scattered chips fall on the machine not only for cleaning, but also for easy damage to the machine.

At the same time, cutting the aluminum rod horizontally costs and consumes electricity, and the cutting saw is also easy to damage; and it is easy to block and not easy to drain

Images