Core Points - The 7th Modern Manufacturing Integration Technology Academic Conference will be held from November 7 to November 9 in Zhengzhou, focusing on the intelligent transformation of manufacturing driven by the new generation of artificial intelligence [3][20][30] - The conference is organized by Zhengzhou University of Light Industry and has attracted participation from numerous higher education institutions, research organizations, and enterprises in the advanced manufacturing field [3][20] Conference Details - The conference will feature keynote reports and specialized forums, including topics such as AI-driven product design and simulation, manufacturing process optimization, equipment fault diagnosis, and industrial digital twins [16][22][20] - Registration fees are set at 1500 RMB for students, 2800 RMB for general participants, and 3800 RMB for corporate representatives [24][26] - The registration deadline is November 2, and participants are responsible for their own accommodation and transportation costs [27][30] Venue and Accommodation - The conference will take place at the Hongrun Huaxia Hotel, located at 96 Fengle Road, Jinshui District, Zhengzhou [28] - Due to high demand for accommodation during the conference, early booking is recommended, with special rates available for participants [28][30]

Core Points - The 7th Modern Manufacturing Integration Technology Academic Conference will be held from November 7 to November 9, 2025, in Zhengzhou, focusing on AI-driven digital transformation in manufacturing [3] - The conference will feature thematic forums on AI-driven product design and simulation, manufacturing process optimization, production operation management, equipment fault diagnosis and intelligent maintenance, and industrial software and digital twins [3] Registration and Participation - Registration is now open with early bird discounts available [5] - Categories for registration fees include: - Student participation: 1500 RMB - General participation: 2800 RMB - Corporate representatives: 3800 RMB [9] - Payment methods include bank transfer and QR code scanning [10][12] Venue and Accommodation - Recommended hotels include Zhongzhou Huayue Hotel and Zhengzhou Fengleyuan Hotel, with the former serving as the conference venue [13] - Attendees are advised to book accommodations early due to limited availability [13] Contact Information - The conference organizing committee can be reached at various contact numbers for inquiries [14]

Core Points - The 2025 "Mechanical Industry Science and Technology Award" has announced a total of 541 awarded projects, including 5 special awards, 49 first prizes, 232 second prizes, and 255 third prizes [2][5]. Award Categories - **Special Awards**: 5 projects recognized for outstanding contributions [2][5]. - **First Prizes**: 49 projects awarded for significant advancements in technology [2][5]. - **Second Prizes**: 232 projects acknowledged for their innovative approaches and applications [2][5]. - **Third Prizes**: 255 projects celebrated for their contributions to the mechanical industry [2][5]. Award List - The award list includes various projects across different categories, highlighting the achievements of numerous organizations and individuals involved in the mechanical engineering sector [3][5][20].

Core Insights - The article highlights the launch of the Booster K1, an entry-level embodied intelligence development hardware platform, priced at 29,900 yuan, marking the beginning of the "Agents era" in embodied intelligence [2][5][19] Product Overview - The Booster K1 is available in three configurations: Geek version with 22 degrees of freedom and 48 Tops AI computing power, Education version with 117 Tops and 80 minutes of battery life, and Professional version with 200 Tops [7][8] - The product has undergone rigorous testing, including a 30-hour continuous operation and 500N impact tests, ensuring its durability and performance [12][33] Ecosystem Development - The company aims to create a comprehensive ecosystem from technology to application, launching a complete robot education and competition solution that integrates teaching, research, and competition [4][20] - The "Hundred Cities, Ten Thousand Schools" initiative plans to collaborate with over 1,000 universities and 2,000 vocational schools to promote robotics education [22] Market Response - The event saw strong market interest, with over a thousand orders signed on-site, indicating high recognition of the company's products and ecosystem model [5][19] Strategic Partnerships - The company has formed significant partnerships with various industry players to enhance its market expansion capabilities, including collaborations with educational technology firms and robotics leasing companies [32] Growth and Performance - The company has achieved rapid growth, delivering over 700 robots to more than 200 global customers within a year, with over 50% of its market share in overseas markets [37][41] - The success of the Booster K1 and T1 in competitions, including the RoboCup, underscores the effectiveness of its technology and strategic positioning [41][43]

Core Viewpoint - The article discusses the development of a novel multi-modal bionic robotic hand that mimics human finger mechanics for improved object grasping capabilities [3][4]. Group 1: Design and Mechanism - The bionic hand integrates magnetic silicone skin with a rigid skeleton, featuring a vacuum suction cup at the fingertip, allowing for three grasping modes: wrapping, parallel, and adhesion [4]. - The internal Hall sensor unit detects the deformation of the magnetic silicone film, providing real-time feedback on the grasping process [6]. Group 2: Grasping Phases and Data Collection - The grasping process is divided into four stages: approaching the object, gripping the object, lifting the object, and releasing the object, with distinct data trends observed in the first two stages [8]. - A control system collects magnetic field data every 0.25 seconds to establish a relationship between magnetic field changes and object size during the grasping operation [10]. Group 3: Experimental Setup - An experimental platform was established using an RM65 robotic arm and a D455 depth camera to autonomously identify and grasp objects, demonstrating the robotic hand's adaptability in real-world scenarios [11].

Conference Overview - The 7th Modern Manufacturing Integration Technology Academic Conference will be held from November 7 to November 9, 2025, in Zhengzhou, focusing on AI-driven digital transformation in manufacturing [1] - The conference will feature thematic forums on AI-driven product design and simulation, manufacturing process optimization, production operation management, equipment fault diagnosis, intelligent operation and maintenance, and industrial software and digital twins [1] Participation Invitation - Experts, technical personnel, and students from universities, research institutions, and enterprises engaged in related research and applications are invited to attend the conference [2] Registration Details - The registration channel is now open, with early bird discounts available until October 20 [3] - Registration fees are as follows: - Student participation: 1500 RMB (1200 RMB before October 20) - General participation: 2800 RMB (2500 RMB before October 20) - Corporate representatives: 3800 RMB (3500 RMB before October 20) [8] Payment Information - Payment is to be made via bank transfer to the Northern Technology Information Research Institute, with specific account details provided [7] - After successful payment, participants must send the registration receipt to the editorial office [8] Important Notes - The registration deadline is November 2 [9] - Participants are responsible for their own accommodation and transportation costs [9] - Recommendations for hotels near the conference venue are provided, including contact information for reservations [9]

Core Viewpoint - The article discusses the launch of a major research initiative by the National Natural Science Foundation of China aimed at addressing fundamental issues in integrated chip technology, with a focus on enhancing chip performance through innovative research and development [1][3]. Group 1: Scientific Goals - The major research plan targets cutting-edge technologies in integrated chips, aiming to explore new principles of decomposition, combination, and integration of chips through interdisciplinary collaboration among various fields such as circuit science, computer science, mathematics, physics, chemistry, and materials [3]. Group 2: Core Scientific Issues - The research will focus on three core scientific questions: - Mathematical description and optimization theory of chip particles, aiming to develop mapping, simulation, and optimization theories for complex integrated chips [5][6]. - Design automation and parallel architecture for large-scale chip particles, investigating design methodologies for high-density integrated chips [7]. - Coupling mechanisms and interface theories of multiphysical fields at the particle scale, clarifying the interactions of electrical, thermal, and mechanical fields in 3D integrated chips [8]. Group 3: Guidelines and Requirements - The guidelines for project proposals include: - Relevance to the major research plan and contributions to solving core scientific issues [10]. - Proposed research content emphasizing innovation and uniqueness [10]. - Expected progress and feasibility analysis [10]. - Overview of domestic and international research status, along with the research foundation of the proposing team [10]. Group 4: Submission Information - Proposals must be submitted via email by November 15, 2025, following specific naming conventions for attachments and emails [13].

Core Points - The article announces the 2025 China Intelligent Robotics New Star Award, aimed at recognizing outstanding young talents in the field of intelligent robotics and related areas [2][4] - The award will be held concurrently with the 2025 China Intelligent Robotics Conference, providing a platform for nominees to showcase their work and engage with experts [2][5] Registration and Fees - Registration categories and fees are outlined: - Student participation: 1500 RMB - General participation: 2800 RMB - Corporate representatives: 3800 RMB - Payment details include bank account information and a deadline for registration by November 2, 2025 [1] Award Highlights - The award seeks candidates under 45 years old engaged in research, development, or application in intelligent robotics [2] - Key benefits for nominees include recognition by a panel led by academicians, opportunities for dialogue with experts, and a chance to present at a prestigious event [2][4] Evaluation Process - The evaluation process consists of several steps: 1. Online application submission until November 11, 2025 2. Initial screening of applications by the organizing committee 3. Invitation for successful candidates to present at the conference 4. Final evaluation by a committee of academicians 5. Award ceremony during the conference [5][6] Contact Information - For inquiries regarding the award and registration, contact details are provided, including an email address and the official conference website [6]

Core Viewpoint - Suzhou Xien Technology Co., Ltd. has successfully completed a total financing of hundreds of millions in Pre-A and Pre-A+ rounds, focusing on high-end servo drive technology and aiming to enhance its R&D, production capacity, and market expansion in the intelligent robotics sector [2][4]. Company Positioning - Established in 2021, Xien Technology is a high-tech enterprise specializing in high-end servo drive technology innovation, aiming to be a benchmark for domestic alternatives in high-end servo drive products [4]. Product Development - The company has developed a series of high-power density drive products based on high-performance servo drive algorithms and self-developed ultra-high efficiency drive chips, providing efficient, precise, and reliable solutions across various fields including quadruped robots, humanoid robots, aerospace, semiconductor equipment, and industrial automation [5][6]. Core Advantages - Xien Technology leverages a full-stack self-research capability in "chip + algorithm," achieving international leading performance with a power density and efficiency of 99%. The products support 4kHz synchronous control frequency and are compatible with multiple encoder protocols, catering to extreme environments and compact installations [6]. Market Outlook - The servo drive system is experiencing increasing demand as humanoid robots and industrial automation industries expand. Xien Technology plans to use the recent financing to deepen technological iterations in robotic applications and aims to achieve an annual production capacity of 100,000 sets while expanding its overseas market presence [7].

Core Points - The 7th Modern Manufacturing Integration Technology Academic Conference will be held from November 7 to November 9, 2025, in Zhengzhou, focusing on AI-driven digital transformation in manufacturing [1] - The conference will feature thematic forums on AI-driven product design and simulation, manufacturing process optimization, production operation management, equipment fault diagnosis, and industrial software and digital twins [1] Registration and Fees - The registration channel is now open with early bird discounts available until October 20, 2025 [3] - Registration fees are as follows: - Student participation: 1500 RMB (1200 RMB before October 20) - General participation: 2800 RMB (2500 RMB before October 20) - Corporate representatives: 3800 RMB (3500 RMB before October 20) [6] Important Dates and Logistics - The registration deadline is November 2, 2025 [7] - Participants are responsible for their own accommodation and transportation costs [7] - Recommended hotels include Zhongzhou Huayue Hotel and Zhengzhou Fengleyuan Hotel, with contact details provided for reservations [8]