Precision marble components are suitable for the working environment on site and have the characteristic of maintaining the accuracy of the product itself for a long time, which can determine the accuracy of processing and testing in the working environment and the quality of the working product. Especially for high-precision measurements. Marble components are generally used for measuring instrument workbenches and bed frames. Marble components have the advantages of high accuracy, no deformation, high strength, and high hardness We can process and customize according to different customer needs

Characteristics and advantages of precision marble components:

1. Granite precision components such as granite bases, gantries, guide rails, and sliding plates for drilling machines, milling machines, engraving machines, etc. for printed circuit boards.

2. Processing length is 7 meters, processing width is 3 meters, and processing thickness is 800 millimeters. Granite components need to be designed and produced according to the requirements of the demand side. Marble mechanical components: can process T-shaped grooves, drill holes, V-shaped grooves, dovetail grooves, and insert metal sleeves into grooves or holes. Granite components are measuring tools used in industrial production to measure the accuracy of components, utilizing the characteristics of granite. Granite components have high precision, good stability, are not easily deformed, and can measure accuracy. Granite components are made of stone and have the characteristics of non rusting, good durability, and long service life, without the need for special maintenance. Granite components can slide smoothly during measurement without any sense of stagnation. The measurement of the working surface is accurate, and general scratches do not affect the measurement accuracy.

Precision machining and microfabrication technology are important development directions in the mechanical manufacturing industry, and they have become important indicators for measuring a high-tech level. The development of various technologies and defense industries cannot be separated from precision machining and microfabrication technologies. Contemporary precision engineering, micro engineering, and nanotechnology are the pillars of modern manufacturing technology. In addition, many new technology electromechanical products, including microelectromechanical products, need to improve accuracy and reduce scale to enhance the overall technical level of the mechanical manufacturing industry, so as to significantly improve the quality, performance, and performance of mechanical products.

Precision machining and microfabrication technology are comprehensive technologies that integrate multiple disciplines such as mechanics, electronics, optics, computer control technology, and new materials. Granite is receiving increasing attention in materials due to its inherent characteristics. The use of granite and other stone materials as components for precision machinery is a new direction for the development of precision measuring instruments and precision machinery. Many industrialized countries around the world, such as Germany, Japan, Switzerland, Italy, France, Russia, etc., widely use granite as measuring tools or components for precision machinery.