Longmen milling, as a large-scale precision machining equipment, is widely used in high-end fields such as aerospace, heavy machinery, and mold manufacturing. The operational stability of its core components such as spindle, guide rail, and sliding bearing directly determines the machining accuracy and equipment service life.

In the field of modern mechanical processing, floor boring, as the core representative of heavy precision equipment, is widely used in high-end industries such as aerospace, heavy machinery, and shipbuilding. Its machining accuracy and operational stability directly determine the quality of key components.

Time flies, and Huazhang is renewed day by day. From January 30th to February 1st, in order to look back on our past hard work, commend our outstanding style, and unite our team, all colleagues of Senther went to Zhaoqing, Guangdong to hold a year-end party and tourism team building activity that combines ceremony and fun. During the three days, everyone took a break from their busy work and relaxed in the mountains and waters of Lingnan. Through laughter and joy, we strengthened our friendship and continued to work together to write a chapter of progress. Together, we captured the warmth and glory belonging to Se Technology.

Recently, reporters visited the production workshops of several rare earth enterprises in the Baotou Rare Earth High-tech Zone, where the once bustling scenes of manual inspections have been replaced by the precise operation of intelligent equipment. From AI quality inspection robots identifying defects in real time to smart monitoring systems simultaneously collecting equipment data, a comprehensive intelligent monitoring system covering the entire rare earth processing workflow is gradually taking shape, propelling the "Rare Earth Capital" from "manufacturing" to "smart manufacturing" at an accelerated pace.

Rare earth elements, collectively known as the 17 metallic elements, serve as the "industrial vitamin" for modern industry and defense technology due to their unique physicochemical properties, with their strategic significance becoming increasingly prominent in global technological competition. From new energy equipment to cutting-edge weapon systems, from environmental protection technologies to frontier quantum computing, the applications of rare earths permeate core areas of high-end manufacturing.

With the advancement of robotic technology from "pre-programmed execution" to "embodied intelligent interaction," the physical interaction capability between robots and their environment has become a critical bottleneck limiting their autonomy and adaptability.