Wide-range titanium plate flaying polishing machine

Abstract

The invention provides a wide-range titanium plate flaying polishing machine which comprises a capsule body used for titanium plate polishing, a first sending device connected with the front end of the capsule body and a second sending device connected with the back end of the capsule body, wherein the capsule body is provided with a polishing platform, the polishing platform is provided with a polishing roller, a polishing roller driving system is directly fixed under the polishing roller, a pressing and rectifying roller used for fixing titanium plate type and maintaining the polishing flatness is arranged on the front end of the polishing roller, a temperature lowering system is arranged between the pressing and rectifying roller and the polishing roller, the temperature lowering system is connected to a water circulating system at the bottom part of the polishing platform, an in-capsule sending driving system is arranged at the bottom part of the capsule body and used for operating the polishing platform, and a dust removing device is arranged above the capsule body. All the devices are linked and work synchronously, the operation is controlled automatically by only one person, the device is an advanced and scientific panel surface mechanical processing device, the traditional manual grinding wheel polishing technology is completely changed, the product quality is good, and the labor production rate is greatly improved.

Description

technical field [0001] The invention relates to the technical field of mechanical equipment, in particular to a wide-width titanium plate peeling and polishing machine. Background technique [0002] The polishing machine is a kind of polishing and polishing equipment, which is widely used in mechanical processing. During operation, the feeding platform is driven by a motor to send the required plates into the polishing system to complete the entire process. In the traditional polishing process, most of them still stay in manual polishing. Although there are some applications of polishing machines, the effects are not very satisfactory. Mainly there are the following defects: 1. The traditional process is used to manually push the grinding wheel, the labor rate is low, and the labor cost is high; the surface treatment quality is poor, the grinding traces are obvious, the tolerance cannot be guaranteed, the thickness is uneven, the plate shape is not good, and it is difficult ...

AI Technical Summary

Problems solved by technology

In the traditional polishing process, most of them still stay in manual polishing. Although there are some applications of polishing machines, the effect is not very ideal.

Mainly there are the following defects: 1. The traditional process is used to manually push the grinding wheel, the labor rate is low, and the labor cost is high; the surface treatment quality is poor, the grinding traces are obvious, the tolerance cannot be guaranteed, the thickness is uneven, the plate shape is not good, and it is difficult to meet the standard; 8m*2.5m (double-sided) board surface treatment requires 9-10 hours of labor; 8m*2.5m a piece of labor costs plus grinding wheel costs about 300 yuan for manual grinding; grinding wheels may fly out during operation due to quality problems, causing personal injury

2. Using the existing mechanical equipment, the polishing quality cannot be guaranteed, and the plate is easy to loosen on the grinding platform, resulting in uneven grinding; when the workload is heavy, it is necessary to stop the operation and perform cooling, which affects the production; a large amount of mechanized processing causes a large amount of dust , big pollution

Images