Thermal mosaicing is the core process of high-efficiency mass sampling in gold phase samples, where thermal mosaic resins are melted and melted at high temperature and pressure, and the condensed and condensed of foreign, small and fine specimens are fixed to provide a stable support for subsequent grinding, polishing, microorganizing and observation. Fuyun mosaic resins are divided into three main series of general, margin-type, functional, with significant differences in the ratio of different resins to fill formulations, hardness, mobility, indentation, and whether the selections reasonably directly determine the mosaic quality, can affect the margin authenticity, smoothing consistency, and even lead to the disfigurement of the specimens, such as viscos, bubbles, cracking.

Gold-shaped sandpaper and diamond grinders are key consumables in material microorganizing the sample, for rough milling and fine-skin polishing of metal specimens. In physico-testing in industrial manufacturing areas such as steel, car parts, space, microelectronics, etc., they directly affect the quality of the sample surface and the accuracy of tissue observation. Gold-shaped sandpapers are used for rapid removal of post-cut deep trenches and stabbings, and for the provision of longer-use life and higher cutting efficiency for high-hard materials such as stainless steel, ceramics, hard alloys, etc.

In the field of material microanalysis, the initial process of gold-phased samples - cutting - often determines the accuracy of follow-up observations. The GB/T 13298-2015 Metal Microorganization Test Method explicitly states that cutting is done in such a way as to prevent the specimen from overheating, deforming and avoiding tissue change. In traditional cutting processes, however, metal specimens often produce burns, mechanical deformations, and even the loss of edges, and the reversal of the sample, which directly leads to the loss of ivodship.