Automatic machining device for rim charges of alloy facing die-pressed pieces

Abstract

The invention discloses an automatic machining device for rim charges of alloy facing die-pressed pieces, and relates to the technical field of automobile model production. The automatic machining device comprises an alloy melting device, a die-casting device, a six-axis grabbing device, an air flushing and arranging device and a punching device which are connected in sequence, a discharging port of the alloy melting device is connected with a feeding port of the die-casting device, and the die-cast alloy facing die-pressed pieces are placed on the air flushing and arranging device through the six-axis grabbing device at the discharging port of the die-casting device; and a plurality of punching clamping blocks are arranged on the air flushing and arranging device, the punching clamping blocks carry out air exhausting position punching on a vehicle body casting, the punched vehicle body casting is grabbed by the six-axis grabbing device to cooperate with a transfer manipulator to enter the punching device for water gap punching, and a discharging port of the punching device is connected with a discharging groove. According to the automatic machining device, automatic punching of exhaust position and water gap rim charges can be achieved, manual operation of production workers is not needed, the turnover machining frequency is reduced, and mold stripping and picking, exhaust position punching and water gap punching of vehicle body castings are completed at a time.

Description

technical field [0001] The invention relates to the technical field of automobile model production, in particular to an automatic processing device for alloy car surface beer parts. Background technique [0002] The die-casting process is to melt the raw material alloy from a solid state to a liquid state through a die-casting device, then cast it into a mold under a certain pressure, and then cool and shape it according to the shape of the mold cavity to obtain the required casting. The main part of the 1:18 / 1:24 alloy plastic car model is the "body", which is made of metal and requires die-casting technology. During the processing, the castings need to be picked up manually / robotically, while the "water outlet" and "exhaust position" need to be knocked out / punched by the production workers manually holding tools / operating stamping equipment. However, the existing 1:18 / 1:24 alloy plastic car model die-casting production process, from the product die-casting, tapping the "e...

AI Technical Summary

Problems solved by technology

However, the existing 1:18 / 1:24 alloy plastic car model die-casting production process, from the product die-casting, tapping the "exhaust position", and flushing the "water outlet", belong to their own independent production and processing links, with low efficiency and short production cycle. Long, and because the product is large, it takes up a lot of production materials, such as plastic boxes and iron boxes for the product, and the work intensity of the employees is high

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