In recent years, with the rapid advancement of science and technology, as well as progress in processing techniques and materials science, there has been a significant breakthrough in material surface production equipment. Developed countries such as the United States and European nations have gradually replaced large-scale vibratory grinders with more efficient, conventional vibrating machines, while integrating automation into their manufacturing processes.
Building on extensive research into various types of vibratory mills both domestically and internationally, we have successfully developed China's first high-precision vibratory mill. This innovative machine features a compact design, low energy consumption, high grinding fineness, and minimal noise. It allows for adjustable frequency and amplitude, and by utilizing air pressure principles, it can closely adhere to the work surface, making it suitable for processing materials of different hardness levels. This development marks a milestone in the field of vibratory mills, filling a domestic gap and placing the entire system at the national leading level in the 21st century.
The first high-precision vibratory mill is a new generation of grinding equipment characterized by its small size and energy efficiency. It is widely used in industries such as metallurgy, non-metals, ceramics, construction materials, and magnetic materials for surface polishing applications. Unlike traditional grinding equipment, this machine differs significantly in structure, process, and grinding mechanism, representing a true revolution in the field. It is particularly effective for grinding high-hardness metal materials, offering advantages such as low noise, low energy consumption, and no environmental pollution.
We have also conducted research and design to develop an affordable and efficient vibratory mill. Through experimental studies, we selected the optimal abrasive material, enabling the machine to achieve a surface roughness of 0.01 μm quickly and efficiently.
This product showcases our patented high-tech solution, highlighting technical superiority, equipment performance, and manufacturing capabilities. It is applicable across a wide range of industries, including non-metallic materials, metals, and chemical products, offering promising market potential.
The machine features a compact structure, small footprint, and low power consumption, ensuring stable and quiet operation. Compared to ball mills, it can save 30–40% in electricity usage. Its simple transmission system and compact design require no special foundation support, making it easy to install and maintain. The reliable performance, low maintenance costs, and reduced operational expenses make it a cost-effective investment.
With just a standard machine tool and multiple beds, the grinding efficiency can be significantly improved.
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Kun Shan Qi Dian Precision Mold Co., LTD , https://www.qidian-mold.com