Tin dipping device, tin dipping equipment and tin dipping method

Abstract

The invention discloses a tin pick-up device. The tin pick-up device comprises a tin pick-up frame body, a tin pick-up driving assembly, a tin pick-up moving part and a tin furnace with a hollow structure, wherein the tin furnace is arranged on the tin pick-up frame body, the hollow structure serves as a containing cavity for containing tin material, the containing cavity penetrates through the top end of the tin furnace and is provided with an opening; the tin pick-up moving part is movably arranged in the vertical direction of the tin pick-up frame body and is positioned above the containing cavity, and the bottom end of the tin pick-up moving part penetrates through the opening and stretches into the containing cavity; the tin pick-up driving assembly is arranged on the tin pick-up frame body and is connected with the tin pick-up moving part; the tin pick-up driving assembly drives the tin pick-up moving part to do reciprocating movement along the vertical direction of the tin pick-up frame body to pick up tin liquid from the tin material containing cavity, and the tin pick-up end of a movable wire rod is coated with the tin liquid picked up by the tin pick-up moving part; therefore, the efficiency is improved, the device keeps clean, and the tin liquid waste is also prevented; besides, the invention also discloses tin pick-up equipment and a tin pick-up method.

Description

technical field [0001] The invention relates to the field of tin dipping of wire rods, in particular to a tin dipping device, tin dipping equipment and a tin dipping method for performing tin dipping treatment on the tin dipping ends of wire rods. Background technique [0002] With the continuous development of the economy and the continuous progress of science and technology, it provides a strong technical support for the automation industry, thereby promoting the vigorous development of the automation industry. [0003] Among them, in the cable market, wires with plastic shells can be seen everywhere, and there are many types of wires with plastic shells, large output and different wire diameters, so the production of wires with plastic shells drives a huge market. At the same time, it also brings huge production pressure. [0004] For wires with plastic shells, the production process will involve the production process of tin dipping. There are two commonly used methods ...

AI Technical Summary

Problems solved by technology

[0003] Among them, in the cable market, wires with plastic shells can be seen everywhere, and there are many types of wires with plastic shells, large output and different wire diameters, so the production of wires with plastic shells drives a huge market. At the same time, it also brings huge production pressure

[0004] For wires with plastic shells, the production process will involve the production process of tin dipping. There are two commonly used methods for this process. One is to use a purely manual tin dipping method. Due to defects such as low efficiency and poor tin dipping quality, it is not suitable for mass production occasions

The other is the mechanical tin dipping method. By turning over the wire clip, the tin dipped end of the wire on the clip is inserted into the flux pool first, and then inserted into the tin furnace to achieve the purpose of dipping the tin end of the wire. , this method of dipping tin will cause the flux and tin liquid to be taken out of the outside world and fall on the machine. Flipping will have a certain impact on the speed of the whole machine, thus reducing the efficiency

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