Multi-station linear polisher system

Abstract

The invention discloses a multi-station linear polisher system which comprises a die head rotating mechanism, a polisher main body mechanism, a linear multi-station polisher system, an automatic waxing mechanism and a conveying manipulator mechanism, wherein the die head rotating mechanism comprises a rotating die head and is used for adsorbing a to-be-processed stainless steel kettle onto the rotating die head; the polisher main body mechanism is provided with a plurality of polisher sets; the linear multi-station polisher system is formed by freely combining the plurality of polisher sets; the automatic waxing mechanism is used for automatically complementing the abrasion of a polishing wheel and solid wax strips during a working process; the conveying manipulator mechanism is positioned above each station and used for taking and putting the stainless steel kettle among different stations. According to the system, three types of polisher sets are freely combined to form modularization of multiple stations, the structure is simple and compact, and the flexibility is quite high; the system is capable of complementing the abrasion of the polishing wheel and the solid wax strips during the working process, keeping polishing force constant and keeping the polishing effect; during a polishing process, manpower is not needed, and the automation degree is high.

Description

technical field [0001] The invention relates to equipment related to the stainless steel pot polishing process, in particular to a multi-station linear polishing machine system based on the stainless steel pot polishing process. Background technique [0002] Polishing process is the key process of stainless steel tableware and kitchenware, and is an important inspection index to determine product quality. Taking the current domestic stainless steel tableware and kitchenware manufacturing industry as an example, 80% of the polishing operations are done by manual and semi-automatic polishing machines. [0003] The main advantages of the current stainless steel pot polishing process are: strong flexibility, high process freedom, low initial investment, and low dependence on equipment. The main disadvantages are: the high dependence on manual operation greatly increases the labor intensity of workers, and the production efficiency is low: the polishing production process consis...

AI Technical Summary

Problems solved by technology

The main disadvantages are: the high dependence on manual operation greatly increases the labor intensity of workers, and the production efficiency is low: the polishing production process consists of two parts: grinding and light emitting. The production efficiency is not high, manual polishing also has the problem of inconsistent surface luminosity, and the product quality is not completely controllable; due to the large demand for polished products, complex procedures, and tight production rhythm, multiple semi-automatic polishing machines are required to perform polishing work at the same time. Manually carry out frequent work of picking and placing pots, and the per capita efficiency is not high, which is not conducive to saving labor costs

The main disadvantages are: the production line has a low level of flexibility, and it is difficult to realize mixed-line production (multiple products are produced on one production line at the same time), which is not suitable for small and medium batch production; the equipment investment scale is large, and ordinary enterprises cannot bear it; many advanced equipment are used, such as servo systems Etc., high requirements for post-maintenance

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