YUZHOU ZPG-300 vibration polishing machine, physical final polishing

Introduction

Vibratory polishing is a polishing technique that minimizes specimen wear and is suitable for producing high-quality polished surfaces on a variety of materials, including electron backscatter diffraction analysis (EBSD) applications. The ZPG-300 vibration polishing machine uses a spring plate and a magnetic attraction motor to generate vibrations in the left and right directions. However, the spring plate connecting the polishing plate and the vibration body is angled, so the sample moves in a circular motion in the polishing plate. . Different from traditional vibration polishing machines, this machine can produce almost completely horizontal vibrations, which greatly improves the time the sample is in contact with the polishing cloth. During the polishing process, there is no additional damage layer or deformation layer on the sample, and it can effectively polish the sample. Remove and avoid defects such as relief, embedding and plastic flow. The machine is made of ABS material and has a novel and beautiful appearance. The vibration frequency can be automatically adjusted with the working Voltage. It is simple to operate and can place multiple samples at one time. It does not require personnel to be on duty. After the user sets the parameters, he can leave and wait for the test. Automatically complete vibration polishing. This equipment, combined with the final polishing fluid, can effectively remove the final thin deformation layer existing on the sample surface, improve the light reflectivity of the sample surface, and thus be more conducive to obtaining a better metallographic observation image. It is the ultimate physical polishing tool.

Host X1, gripper (< unk > 25mm, < unk > 30mm, < unk > 40mm) X6, wrench (3mm, 5mm, 6mm) X3, adhesive-backed polishing cloth (300mm) X2, horizontal ruler X1, manual X1, certificate X1

[Note] Because the manufacturer's packaging may be updated or upgraded, the detailed packaging list shall be subject to the latest standard configuration of the manufacturer.