Net profit surged 173% in the first half of the year! This inertial sensor enterprise successfully entered the automotive-grade market
With core advantages such as leading performance and independent research and development, the company’s products have passed downstream user verification and been introduced in batches. The application fields have expanded from traditional scenarios such as oil exploration and surveying to emerging fields such as commercial aerospace, intelligent driving, and low-altitude avionics systems. On August 18, Xindong Lianke released its semi-annual report for 2025. The report shows that the company achieved leapfrog growth in performance in the first half of the year, with operating income and net profit both hitting new highs for the same period in history. The market penetration rate of its core product, high-performance MEMS inertial sensors, […]
10,000 Units! Tiantai Robotics Secures the World’s Largest Humanoid Robot Order, Pioneering the Era of “Large-Scale Commercialization”!
Tiantai Robotics Co., Ltd. and strategic partners including Shandong Future Robotics Technology Co., Ltd., Shandong Future Data Technology Co., Ltd., and Gangzai Robot Group have jointly signed the world’s first order for 10,000 embodied intelligent humanoid robots. It’s not a concept, nor a vision of the future—it’s today! Let robots enter all walks of life and thousands of households! On August 20, 2025, Tiantai Robotics Co., Ltd. and strategic partners such as Shandong Future Robotics Technology Co., Ltd., Shandong Future Data Technology Co., Ltd., and Gangzai Robot Group jointly signed the world’s first order for 10,000 embodied intelligent humanoid robots. This is not only the largest single order […]
The World’s First! VMR Releases Humanoid Robot Head Module OmniHead
OmniHead is a head module developed by VMR specifically for embodied intelligence, equipped with a high-precision RGB-D vision system and a large AI model. By integrating OmniHead, developers can easily enhance the robot’s visual perception capability and environmental robustness, thus eliminating the need for remote control. On August 18th, VMR officially launched OmniHead (“Aoshi Zhinao”), the world’s first head module for humanoid robots. Currently, humanoid robots generally face the pain points of weak environmental perception ability and decision-making relying on preset logic in practical applications, which makes it difficult to get rid of manual remote control and restricts the expansion of practical application scenarios. The launch of OmniHead […]
Efficiency Increased by Up to 8 Times! China’s First Intelligent Coating Production Line for Offshore Oil and Gas Equipment Put into Operation
Technological Breakthroughs Solve Industry Pain Points, Intelligent Becomes a Key Breakthrough To address the common industry challenges of unstable paint film thickness, low operation efficiency, and high energy consumption in traditional manual and mechanical spraying, Offshore Oil Engineering (COOEC) collaborated with leading domestic equipment manufacturers to conduct technological research. They successfully applied more than ten new technologies and independently developed an AGV intelligent crawler-type transfer vehicle. First Intelligent Coating Production Line Put into Operation, Aiding the Transformation of Marine Equipment Manufacturing According to media reports on August 21, China’s first intelligent coating production line for offshore oil and gas equipment has been officially put into use at […]
The Core of Intelligent Manufacturing for Precision Electronic Components: The Assembly Code Hidden Deep in the Industrial Chain
Millimeter-Level Precision: Mastering the Assembly Art of the “Micro” World In today’s rapidly evolving electronics industry, a component the size of a fingernail often bears the critical mission of ensuring circuit safety. When we focus on the entire process of electronic products from design to production, we always find a hidden main thread — the automated assembly equipment responsible for transforming scattered parts into standardized finished products is reshaping the boundaries of production efficiency with millimeter-level precision. Efficiency Revolution: From Manual Bottlenecks to 24/7 Uninterrupted Production The core competitiveness of such equipment first lies in the ultimate control of “micro” operations. Take a small component used for […]
Officially Approved for Project Initiation! UBtech Leads Two National Technical Standards for Humanoid Robots Again
Technical Breakthroughs of Walker S2: Swarm Intelligence Collaboration and High-Precision Operational Capability Equipped with the upgraded Swarm Brain Network 2.0 and the self-developed Co-Agent— the world’s first agent technology specifically designed for thebody of industrial humanoid robots—Walker S2 can not only autonomously navigate and operate in factories but also achieve high-precision spring grabbing and placing through the 6 – Axis Robotic Spring Pick – and – Place System. This further enhances the swarm intelligence collaborative operations of multiple humanoid robots across various scenarios and tasks such as sorting, handling, and quality inspection. UBTech Takes on Another Important Role: Two National Standards for Humanoid Robots Approved for Project Initiation […]
Automation in Manufacturing and Assembly of Industrialized Construction
Automation Technology Reshapes the Intersection of Manufacturing and Construction In the intersection of modern manufacturing and construction industries, automation technology is reshaping the industrial landscape with unprecedented power. Among them, the manufacturing and assembly links of industrialized construction (IC) particularly highlight this transformation trend, and automatic assembly machines, as core equipment, have become key carriers for technology integration and efficiency improvement. Exploring the Impact of Automation on IC’s Key Stages The integration of automation technologies has significantly improved the efficiency of industrialized construction, but to fully unleash its potential, it is still necessary to deeply explore its specific impacts in the manufacturing and assembly stages. Through a […]
