Precision sliding table technology plays a crucial role in the booming wave of the optical communications industry. Recently, our member, Suzhou Chengyida, announced the launch of a new high-precision sliding table with a three-axis linear motor and an accuracy of up to 200 nanometers (0.2 microns), which provides strong technical support for the AI Arithmetic's 1.6T optical module coupling equipment.
The development history of Chengyida can be traced back to the establishment of SHXL welding equipment factory in 1997, since then, it has embarked on a journey of continuous transformation and upgrading. Over the years, Cheng Yida always adhere to the “market demand-oriented, product quality as the fundamental, honest and trustworthy as the principle, to customer satisfaction for the purpose of” business philosophy, as well as unremitting efforts and innovation to explore, from the initial successful transformation of the equipment welding business, to the high rate of automation equipment manufacturing, but also to achieve the The mass production of domestic high-precision sliding table, outstanding in the industry.
Focusing on a series of sliding table products for optical communication coupling, it has many unique and key performance indicators. Pitch and yaw as the most basic but very important elements, is one of the basis for measuring its quality. In terms of abrasion resistance, and general-purpose products have obvious differences, and its accuracy is to reach the sub-micron level, the standard is ± 0.1 micron, compared to the micron level is also better. It is worth mentioning that its repetitive positioning accuracy can be controlled at ± 0.1 micron, the focus is on this repetitive positioning accuracy, which can not be separated from the strong support of the core components. The core components of the sliding table using aviation super-hard aluminum 7075-T651 special customized materials, this material has outstanding key indicators, its body processing precision is quite high, excellent strength and stability, becoming an important guarantee of high product quality. At the same time, the guide is made of top materials imported from abroad, its parallelism can be controlled within 2 ~ 3 microns, the friction resistance is very small, the startup friction resistance and dynamic friction resistance is almost no difference, more conducive to the realization of fine-tuning of the linear movement, however, this also has very high requirements for the assembly, the need for enterprises to have a solid capacity to adjust the assembly, after all, the product as a whole for the process of technology, the precision of the requirements of the very high. With these excellent characteristics, it can be perfectly used in 1.6T, 800G production equipment products, for related optical communication equipment to provide a solid foundation for better performance.
Recently, Chengyi Da has made a renewed effort in the field of precision manufacturing by launching a high-precision sliding table. This sliding table is another masterpiece of Chengyida, which is integrated with advanced three-axis linear motor technology, and thus endowed with high speed, high precision, high stability and other significant features. Its accuracy is as high as 0.1 micron, which precisely meets the strict requirements of 1.6T optical module coupling equipment for precision displacement control. In particular, it is a new product for optical module 400G/800G coupling equipment, which plays an indispensable role in guaranteeing the stable operation of high-speed equipments and efficient production, and further highlights the deep technical strength and strong innovation ability of Chengyida in the field of optical communication industry slip table technology, which makes Chengyida make more contributions to the development of optical communication equipments in the future, and help the high-precision slip table make more contributions to the development of optical communication equipments. Let Cheng Yida in the future to promote the development of optical communication equipment can make more contributions to help high-precision sliding table localization.
