Precision multi-axis automatic wire stripping and tin dipping device and wire rod machining method

Abstract

The invention discloses a precision multi-axis automatic wire stripping and tin dipping device which comprises a wire rod machining device and a multi-axis movement device. A tin dipping driving mechanism is arranged between the wire rod machining device and the multi-axis movement device, the wire rod machining device comprises a transmission mechanism, a wire cutting mechanism and a wire core twisting mechanism, the multi-axis movement device comprises a first movement mechanism, a second movement mechanism and an overturning mechanism, and the overturning mechanism is provided with a plurality of wire rod feeding assemblies. The invention further discloses a wire rod machining method. The precision multi-axis automatic wire stripping and tin dipping device is provided with the wire rodmachining device, the multi-axis movement device and a tin dipping driving mechanism, full-automatic production of processes of stripping, wire core twisting tidying, tin dipping and wire cutting of wire rods is achieved, the labor intensity is reduced, time is saved, and efficiency is improved; the wire cutting mechanism and the wire core twisting mechanism can move at the same time, the time difference between processes is reduced, the machining process is more compact, and the efficiency is improved while the wire rod production quality is guaranteed.

Description

technical field [0001] The invention relates to the technical field of wire processing, in particular to a precision multi-axis automatic wire stripping and tinning device and a wire processing method. Background technique [0002] With the development of science and technology, labor costs continue to rise, production efficiency requirements are further improved and other factors, more and more industries use automation equipment to achieve automatic production, among them, in the cable market, you can see the outer rubber sleeve everywhere There are many kinds of wire rods with outer rubber sleeves, large output and different wire diameters, so the production of wire rods with outer rubber sleeves drives a huge market and at the same time brings huge production pressure. [0003] The current wire processing process needs to be processed through several processes such as wire stripping, wire core twisting, tinning, and wire cutting. However, the current wire core twisting i...

AI Technical Summary

Problems solved by technology

[0002] With the development of science and technology, labor costs continue to rise, production efficiency requirements are further improved and other factors, more and more industries use automation equipment to achieve automatic production, among them, in the cable market, you can see the outer rubber sleeve everywhere There are many kinds of wire rods with outer rubber sleeves, large output and different wire diameters, so the production of wire rods with outer rubber sleeves drives a huge market and at the same time brings huge production pressure

[0003] The current wire processing process needs to be processed through several processes such as wire stripping, wire core twisting, tinning, and wire cutting. However, the current wire core twisting is processed manually or directly without twisting. The manual processing method affects Production efficiency, but the untwisted wire core will easily lead to the dispersion of the wire core, affecting the processing of the tinning process, resulting in poor wire processing effect, and there are two commonly used methods in the current tinning process, one is purely manual tinning This method has defects such as low tin dipping efficiency and poor tin dipping quality, so it is not suitable for mass production occasions. The other is the mechanical tin dipping method, which generally uses the cylinder to drive the overturning wire clamp to dip the wire rod. The tin end 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 makes the tin dipping effect poor, the control accuracy is low, and it is easy to cause uneven tin coverage, resulting in Waste of materials; and the existing wire rod processing equipment is the processing of the next process after one process is completed, and there is a time difference between the process and the process, which affects the wire rod production efficiency

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