Recently, in a warehouse in Guangxi, 30 new diamond selection machines were placed neatly, and the workers were skilled in the final packaging inspection. Ten of these machines were loaded to the field that night.
The senior engineer of the factory told the reporter that this batch of tools will be sold to all parts of the country. It is the XXC-2010 fine-grained diamond shaper independently developed by the factory and successfully upgraded in the near future. The biggest breakthrough of this product is to effectively realize the precise shape selection of 400-800 mesh (38-18 μm) micron-sized diamond crystals. "This technology successfully solved the problem of fine-grained diamond sorting, and filled the blank of such equipment at home and abroad. The international advanced level." In the identification of scientific and technological achievements in this product, the expert group commented.
The senior engineer of the plant introduced that the history of direct mass production of micron-sized diamonds by presses in China is not long. The previous fine-grained diamonds (micron-scale) were obtained by press synthesis, and their selection cannot be carried out by machinery. Traditionally, it is mainly The method is selected by the sedimentation method. The method has a long time and a large area, and the precision of the produced diamond particles is difficult to meet the requirements of the industry standard, and the application range is limited. In order to solve this problem, the plant began its technical development work in 2009. After years of research and development and continuous upgrading, it has produced the XXC-2010 micron diamond selection machine.
The senior engineer of the factory told the reporter that in the innovative design of the product, the new generation "XXC-2010 diamond selection" developed a two-way automatic angle adjustment system, achieving a range of 2 ° - 65 ° angle adjustment, and compared with the original equipment The maximum adjustment angle is greatly increased, which effectively meets the requirement of increasing the sorting angle when sorting ultrafine materials. A new rubber column vibration isolation system is designed, which effectively reduces the vibration of the vibrator to other unrelated components and ensures the sorting disc. The vibration is subject to minimal interference, improving the sorting effect and the stability of the equipment, and the noise reduction effect is obvious.
At the same time, this product has also developed a new heating system, which effectively solves the phenomenon of blocking and sticking discs which are easy to occur when selecting micron-sized diamonds; improves the area, structure, electromagnetic excitation force and vibration of sorting discs. The technical parameters such as springs complete the determination of the fine-grained material pressure plate, the non-flying innovative design and the selection process, and develop a new control technology for the movement trajectory of micro-scale diamond grains during sorting. The innovation proposes the selection of micro-scale diamonds. The key technology "pressing plate theory" successfully realized the precise shape selection of 400-800 mesh fine particle materials by the new shape selection machine, and solved the major technical problems that have long plagued the industry.
It is understood that the plant is the first company in China to successfully develop a diamond shaper. The product legend has been compiled into a textbook in the 1980s. XXC-2010 fine-grained diamond shape selection machine was included in the “Innovative Drive, Comprehensive Construction and Innovative City†strategic support project in Liuzhou City, and the research and development project of “Microscale Diamond Selector†was awarded the 2014 Liuzhou Technology The first prize of the Progress Award and the third prize of the Guangxi Science and Technology Progress Award.
Ningbo DOKEE Medical Technology Co., Ltd. , https://www.dokeemedical.com