A multi-core wire stripping pre-tin cutting machine

Abstract

The invention provides a multi-core cable stripping pre-tinning cutting machine, comprising a cabinet power distribution cabinet, a wire-through platform, a moving track mechanism, a wire clamping fixture, an optical fiber induction position, a round wire stripping mechanism, a round wire positioning mechanism, a flat wire stripping mechanism, a flat wire positioning mechanism, a soldering flux circulation and tin-feeding mechanism, a soldering flux soaking wire pressing mechanism, a soldering flux soaking pre-tinning lifting mechanism, a pre-tinning wire pressing mechanism, a core wire proportional cutting mechanism, a soldering flux storage bottle, an operation control panel, a wire clamping fixture backward mechanism, and a wire clamping fixture tray. The multi-core cable stripping pre-tinning cutting machine integrates core wire automatic transmission, automatic positioning, automatic stripping, automatic soldering flux soaking, automatic tin scraping, automatic tin blowing, automatic blanking, and is intelligentized in the whole process, and is high in automatic operation degree. The machine is suitable for stripping and pre-tinning operation of round wires and flat wires in various different models and specifications. The machine is high in positioning precision, good in wire pressing effect, high in operation efficiency, high in capacity, and low in cost, and satisfies requirements of batch production of industrialization development.

Description

technical field [0001] The invention relates to a multi-core wire stripping pre-tin cutting machine. Background technique [0002] At present, the processing of multi-core wires in communication data lines is carried out in sub-stations. It first peels, then dips flux, and then performs pre-tinning and specific cutting operations. Manual single-station operation, labor-intensive, and labor-intensive The cost is high, the work efficiency is low, and the quality of work varies greatly. The pre-soldering time is controlled by manual proficiency. This operation method is prone to problems such as joint tin and shrinkage of the core wire insulation layer, and its low production capacity cannot meet the current requirements. Industrialized society demands high requirements for mass production. Therefore, in view of the deficiencies of the above-mentioned technical problems in the current core wire stripping equipment, the applicant has developed a core wire automatic transmission...

AI Technical Summary

Problems solved by technology

[0002] At present, the processing of multi-core wires in communication data lines is carried out in sub-stations. It first peels, then dips flux, and then performs pre-tinning and specific cutting operations. Manual single-station operation, labor-intensive, and labor-intensive The cost is high, the work efficiency is low, and the quality of work varies greatly. The pre-soldering time is controlled by manual proficiency. This operation method is prone to problems such as joint tin and shrinkage of the core wire insulation layer, and its low production capacity cannot meet the current requirements. Industrialized society requires high requirements for mass production

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